ANSYS Guides Topic Index
This index links to topics documented in one of the ANSYS Guides.
Each link connects to a particular manual and chapter.
You can then search in that chapter's file to find the specific reference.
You can also browse this index for topics beginning with a
specific letter by selecting one of the following:
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
Search help
If your browser supports Java,
select this link to display
a navigation toolbar for the Index at the top of your screen.
Return to the ANSYS Alternate Online Manual Set Page.
- 2-D circuit coupled massive conductor:
Coupled-Field: Chapter 3
- 2-D circuit coupled stranded coil:
Coupled-Field: Chapter 3
- 2-D elements
- solid elements for magnetic analysis:
Emag: Chapter 2
- solid elements for magnetic harmonic analysis:
Emag: Chapter 3
- 2-D fracture models:
Structural: Chapter 10
- 2-D harmonic analysis, and APDL:
Emag: Chapter 3
-
2-D harmonic magnetic analysis:
Emag: Chapter 1
- applications of:
Emag: Chapter 3
- elements used in:
Emag: Chapter 3
- 2-D magnetic static analysis, element types for:
Emag: Chapter 2
- 2-D massive conductor:
Coupled-Field: Chapter 3
- 2-D model regions:
Emag: Chapter 2
- 2-D static magnetic analysis:
Emag: Chapter 1,
Chapter 2
- alternative solution options for:
Emag: Chapter 16
- boundary conditions for:
Emag: Chapter 2
- loading options for:
Emag: Chapter 16
- results from:
Emag: Chapter 2
- solving:
Emag: Chapter 2
- 2-D transient magnetic analysis:
Emag: Chapter 1
- defining analysis type for:
Emag: Chapter 4
- purpose of:
Emag: Chapter 4
- 2-D versus 3-D analysis:
Emag: Chapter 1
- 3-D circuit coupled massive conductor:
Coupled-Field: Chapter 3
- 3-D circuit coupled stranded coil:
Coupled-Field: Chapter 3
- 3-D fracture models:
Structural: Chapter 10
- 3-D harmonic magnetic analysis, edge-based analysis:
Emag: Chapter 1,
Chapter 7
- 3-D massive conductor:
Coupled-Field: Chapter 3
- 3-D nodal-based analysis:
Emag: Chapter 9
- 3-D static magnetic analysis:
Emag: Chapter 1
- edge-based analysis:
Emag: Chapter 1,
Chapter 6
- loading options for:
Emag: Chapter 16
- nodal-based:
Emag: Chapter 1
- 3-D transient magnetic analysis, edge-based analysis:
Emag: Chapter 1,
Chapter 8
- 3D graphics devices:
Basic: Chapter 8
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- A command:
Modeling: Chapter 5
- AADD command:
Modeling: Chapter 5,
Chapter 7
- AATT command:
Modeling: Chapter 7
- Coupled-Field: Chapter 2
- *ABBR command:
Operations: Chapter 2,
Chapter 4
- Abbreviations:
Operations: Chapter 2
- ANSYS command:
Operations: Chapter 2
- creating:
Operations: Chapter 2,
Chapter 3,
Chapter 4
- removing the ANSYSWEB button:
Operations: Chapter 4
- saving:
Operations: Chapter 4
- Aborting, meshing:
Modeling: Chapter 7
- About Launcher menu item:
Operations: Chapter 3
- ACCAT command:
Modeling: Chapter 7
- Acceleration:
Basic: Chapter 2
- CFD FLOTRAN: Chapter 5,
Chapter 8
- Acceleration fields, applying to a body:
Basic: Chapter 2
- Accessing the ANSYS home page:
Operations: Chapter 4
- Accumulating forces:
Basic: Chapter 2
- ACEL command:
Structural: Chapter 5
- CFD FLOTRAN: Chapter 5
- ACLEAR command:
Modeling: Chapter 8
-
Acoustic analysis:
Coupled-Field: Chapter 4
- load step options:
Coupled-Field: Chapter 4
- loads for:
Coupled-Field: Chapter 4
- reviewing results from:
Coupled-Field: Chapter 4
-
Acoustics:
Coupled-Field: Chapter 4
- absolute pressure:
Coupled-Field: Chapter 4
- absorbing boundary condition:
Coupled-Field: Chapter 4
- amplitude:
Coupled-Field: Chapter 4
- applications of:
Coupled-Field: Chapter 4
- axisymmetric cases:
Coupled-Field: Chapter 4
- boundary admittance:
Coupled-Field: Chapter 4
- circular or spherical boundary (RAD):
Coupled-Field: Chapter 4
- compressible fluid:
Coupled-Field: Chapter 4
- coupled acoustic analysis:
Coupled-Field: Chapter 4
- coupling matrix:
Coupled-Field: Chapter 4
- definition of:
Coupled-Field: Chapter 4
- density:
Coupled-Field: Chapter 4
- far-field problems:
Coupled-Field: Chapter 4
- fluid load:
Coupled-Field: Chapter 4
- fluid-structure interaction:
Coupled-Field: Chapter 4, 4-16
- fluid-structure interface:
Coupled-Field: Chapter 4
- forcing frequency:
Coupled-Field: Chapter 4
- harmonic acoustic analysis:
Coupled-Field: Chapter 4
- infinite acoustic elements:
Coupled-Field: Chapter 4
- inviscid fluid:
Coupled-Field: Chapter 4
- mean pressure:
Coupled-Field: Chapter 4
- meshing the model:
Coupled-Field: Chapter 4
- modal analysis:
Coupled-Field: Chapter 4
- outgoing pressure wave:
Coupled-Field: Chapter 4
- particle velocity:
Coupled-Field: Chapter 4
- pressure changes:
Coupled-Field: Chapter 4
- pressure gradient:
Coupled-Field: Chapter 4
- sample fluid-structure acoustic analysis (batch):
Coupled-Field: Chapter 4
- sample fluid-structure acoustic analysis (GUI):
Coupled-Field: Chapter 4
- sample room acoustic analysis:
Coupled-Field: Chapter 4
- solving acoustics problems:
Coupled-Field: Chapter 4
- sound-absorption material:
Coupled-Field: Chapter 4
- speed of sound (SONC):
Coupled-Field: Chapter 4
- standing wave pattern:
Coupled-Field: Chapter 4
- transient acoustic analysis:
Coupled-Field: Chapter 4
- uncoupled acoustic analysis:
Coupled-Field: Chapter 4
- unsymmetric matrices:
Coupled-Field: Chapter 4
- wavelength:
Coupled-Field: Chapter 4
- Action buttons:
Operations: Chapter 4,
Chapter 5
- Active coordinate system:
Modeling: Chapter 3
- ADAPT command:
Structural: Chapter 2
- Advanced: Chapter 3
- ADAPT macro:
CFD FLOTRAN: Chapter 2
- ADAPTBC.MAC subroutine:
Advanced: Chapter 3
- Adaptive descent:
Structural: Chapter 8
-
Adaptive meshing:
Advanced: Chapter 3
- basic procedure:
Advanced: Chapter 3
- elements:
Advanced: Chapter 3
- guidelines:
Advanced: Chapter 3
- modified procedure
- activating custom subroutines
(KYMAC): Advanced: Chapter 3
- creating custom subroutines:
Advanced: Chapter 3
- custom loads (ADAPTBC.MAC):
Advanced: Chapter 3
- custom meshing (ADAPTMSH.MAC):
Advanced: Chapter 3
- custom solution (ADAPTSOL.MAC):
Advanced: Chapter 3
- customized ADAPT macro:
Advanced: Chapter 3
- select:
Advanced: Chapter 3
- ADAPTMSH.MAC subroutine:
Advanced: Chapter 3
- ADAPTSOL.MAC subroutine:
Advanced: Chapter 3
- Add (Boolean operation):
Modeling: Chapter 5
- ADDAM command:
Structural: Chapter 6
-
Adding
- areas:
Modeling: Chapter 5,
Chapter 7
- midside nodes:
Modeling: Chapter 8
- volumes:
Modeling: Chapter 5
- ADELE command:
Modeling: Chapter 6,
Chapter 8
- Adequate mesh density:
Structural: Chapter 8
- ADGL command:
Modeling: Chapter 5
- Adiabatic boundaries:
CFD FLOTRAN: Chapter 4
- ADRAG command:
Modeling: Chapter 5
- Advection limit:
CFD FLOTRAN: Chapter 6
- AFILLT command:
Modeling: Chapter 5
- AGEN command:
Modeling: Chapter 5,
Chapter 8
- AGLUE command:
Modeling: Chapter 5
- AINA command:
Modeling: Chapter 5
- AINP command:
Modeling: Chapter 5
- AINV command:
Modeling: Chapter 5
- Air regions in a model:
Emag: Chapter 2
- AL command:
Modeling: Chapter 5
- Algebraic species:
CFD FLOTRAN: Chapter 11
- ALIST command, listing areas associated with hard points:
Modeling: Chapter 5
- ALLSEL command:
Basic: Chapter 7
- Structural: Chapter 3
- Thermal: Chapter 4
- ALPFILL command:
Modeling: Chapter 6
- Alpha (mass) damping:
Structural: Chapter 4,
Chapter 5,
Chapter 6
- ALPHAD command:
Structural: Chapter 3,
Chapter 4,
Chapter 5,
Chapter 6,
Chapter 8
- Alphanumeric arguments:
Operations: Chapter 2
- Alternating stress intensity:
Structural: Chapter 12
- AMAP command:
Modeling: Chapter 7
- Ambient temperature:
CFD FLOTRAN: Chapter 5
- AMESH command:
Modeling: Chapter 7
- Structural: Chapter 9
-
Amplitude:
Emag: Chapter 3
- Coupled-Field: Chapter 4
- of harmonic loads:
Structural: Chapter 4
-
Analysis
- 2-D harmonic magnetic:
Emag: Chapter 3
- 2-D static magnetic analysis:
Emag: Chapter 2
- 2-D vs. 3-D:
Emag: Chapter 1
- coupled:
Coupled-Field: Chapter 2
- coupled field:
Coupled-Field: Chapter 1
- edge-based:
Emag: Chapter 1
- edged-based vs. MVP method:
Emag: Chapter 1
- electric circuit:
Emag: Chapter 15
- electric field:
Emag: Chapter 13
- electromagnetic:
Emag: Chapter 1
- electrostatic:
Emag: Chapter 14
- FLOTRAN, overview:
CFD FLOTRAN: Chapter 2
- high-frequency electromagnetic:
Emag: Chapter 1
- magnetic:
Emag: Chapter 1
- modal analysis options:
Structural: Chapter 3,
Chapter 4,
Chapter 7
- reduced transient dynamic:
Structural: Chapter 5
-
restarting:
Emag: Chapter 14
- using physics environment approach:
Coupled-Field: Chapter 2
- transient electric circuit:
Emag: Chapter 15
-
Analysis options:
Basic: Chapter 1
- 2-D harmonic:
Emag: Chapter 3
- 2-D transient magnetic analysis:
Emag: Chapter 4
- acoustics:
Coupled-Field: Chapter 4
- buckling analysis:
Structural: Chapter 7
- electromagnetic alternatives:
Emag: Chapter 16
- harmonic response analysis, mode superposition method:
Structural: Chapter 4
- modal analysis:
Structural: Chapter 3
- single-point spectrum analysis:
Structural: Chapter 6
- static structural analysis:
Structural: Chapter 2
- substructuring:
Advanced: Chapter 5
-
transient dynamic analysis:
Structural: Chapter 5
- mode superposition method:
Structural: Chapter 5
- reduced method:
Structural: Chapter 5
- Analysis selection:
Operations: Chapter 4
- Analysis title definition:
Basic: Chapter 1
-
Analysis type
- acoustics:
Coupled-Field: Chapter 4
- buckling:
Structural: Chapter 7
- defining:
Basic: Chapter 1
- Emag: Chapter 2
- explicit dynamics:
Structural: Chapter 14
- harmonic response:
Structural: Chapter 4
- high-frequency electromagnetic:
Emag: Chapter 10
- linear versus nonlinear harmonic analysis:
Emag: Chapter 3
- modal:
Structural: Chapter 3
- nonlinear structural:
Structural: Chapter 8
- p-method:
Structural: Chapter 13
- spectrum:
Structural: Chapter 6
- static structural:
Structural: Chapter 2
- structural, definition of:
Structural: Chapter 1
- substructuring:
Advanced: Chapter 5
- transient:
Emag: Chapter 4
- transient dynamic:
Structural: Chapter 5
- ANCNTR command:
Basic: Chapter 15
- ANCUT command:
Basic: Chapter 15
- ANDSCL command:
Basic: Chapter 15
- ANFLOW command:
Basic: Chapter 5,
Chapter 15
- /ANGLE command:
Basic: Chapter 9
- Angular acceleration vectors:
CFD FLOTRAN: Chapter 2
- Angular velocity:
Basic: Chapter 2
- ANIM command:
Basic: Chapter 15,
Chapter 16
- Structural: Chapter 14
-
Animation:
Basic: Chapter 15
- capturing animation sequences off-line:
Basic: Chapter 15,
Chapter 16
- commands:
Basic: Chapter 15
- contact:
Structural: Chapter 9
- creating animated displays:
Basic: Chapter 15
- Explicit dynamics analysis:
Structural: Chapter 14
- in Windows environments:
Basic: Chapter 15
- macros:
Basic: Chapter 15
- of contoured deformed shapes:
Basic: Chapter 15
- of cutting planes:
Basic: Chapter 15
- of deformed mode shapes:
Basic: Chapter 15
- of deformed shapes:
Basic: Chapter 15
- of deformed shapes varying over time:
Basic: Chapter 15
- of isosurfaces:
Basic: Chapter 15
- viewing animated sequences on a screen:
Basic: Chapter 16
- ANISOS command:
Basic: Chapter 15
- Anisotropic:
Structural: Chapter 8
- Anisotropic material properties:
Basic: Chapter 1
- ANMODE command:
Basic: Chapter 15
- Annotation:
Basic: Chapter 14
- ANORM command:
Modeling: Chapter 8
- ANS_ADMIN Utility icon:
Operations: Chapter 3
- ANSHELP Utility program:
Operations: Chapter 3
-
ANSYS
- and thermal analysis:
Thermal: Chapter 1
- capabilities of:
Operations: Chapter 1
-
changing default product
- from UNIX:
Operations: Chapter 3
- from Windows systems:
Operations: Chapter 3
- changing division of work space:
Basic: Chapter 19
- changing work space size:
Basic: Chapter 19
- command line options for:
Operations: Chapter 3
-
commands:
Operations: Chapter 2
- limitations on line length:
Operations: Chapter 2
- customizing:
Operations: Chapter 6
- database:
Operations: Chapter 2,
Chapter 3
- documentation set:
Operations: Chapter 1
- environment:
Operations: Chapter 2
- error messages:
Operations: Chapter 2
- exiting:
Operations: Chapter 2,
Chapter 3
- file types:
Operations: Chapter 2
- getting started:
Basic: Chapter 1
- graphical user interface:
Operations: Chapter 3,
Chapter 4,
Chapter 6
- help system:
Operations: Chapter 3,
Chapter 7
- hiding:
Operations: Chapter 4
- home page:
Operations: Chapter 4
- launcher:
Operations: Chapter 3
- macros:
Operations: Chapter 2
- menus:
Operations: Chapter 4
- messages:
Operations: Chapter 2
- methods for radiation analysis:
Thermal: Chapter 4
- operating modes:
Operations: Chapter 3
- organization of:
Operations: Chapter 2
- Parametric Design Language (APDL):
Operations: Chapter 2
- processors:
Operations: Chapter 2
- program files:
Operations: Chapter 2
- program group:
Operations: Chapter 3
- run time estimation:
Operations: Chapter 3
- running from command log file:
Operations: Chapter 8
- screen components:
Operations: Chapter 4
- search paths for:
Operations: Chapter 6
-
selecting product:
Operations: Chapter 3
- from command line:
Operations: Chapter 3
- from Windows:
Operations: Chapter 3
- setting modelling parameters at start-up:
Operations: Chapter 3
- setting workspace size:
Operations: Chapter 3
-
starting:
Operations: Chapter 3
- from UNIX systems:
Operations: Chapter 3
- from Windows systems:
Operations: Chapter 3
- graphical user interface:
Operations: Chapter 4
- other products from command line:
Operations: Chapter 3
- upwardly compatible files written by:
Basic: Chapter 18
- User Interface Design Language (UIDL):
Operations: Chapter 4
- utility programs:
Operations: Chapter 3
- work space and swap memory requirements:
Basic: Chapter 19
- workspace:
Operations: Chapter 3
-
ANSYS windows
- activating and deactivating:
Basic: Chapter 9
- copying displays between:
Basic: Chapter 9
- defining:
Basic: Chapter 9
- deleting:
Basic: Chapter 9
- removing a frame from:
Basic: Chapter 9
- ANSYS-Pro/ENGINEER Interface:
Modeling: Chapter 14
- ANSYS/Emag, limitations of:
Emag: Chapter 10
- ANSYS/FLOTRAN product:
CFD FLOTRAN: Chapter 1
- ANSYS/Thermal:
Thermal: Chapter 2
- ANSYS_MACROLIB variable:
Operations: Chapter 2
- ansys55 command:
Operations: Chapter 3
- ANSYS55 X-resource file:
Operations: Chapter 4
-
ANSYSWEB button:
Operations: Chapter 4
- removing from the Toolbar:
Operations: Chapter 4
- ANTIME command:
Basic: Chapter 15
- Structural: Chapter 9
- Antisymmetry boundary conditions:
Basic: Chapter 2
- ANTYPE command:
Structural: Chapter 2,
Chapter 3,
Chapter 4,
Chapter 5,
Chapter 6,
Chapter 7,
Chapter 8
- CFD FLOTRAN: Chapter 2
- Coupled-Field: Chapter 4
- AOFFST command:
Modeling: Chapter 5
- AOVLAP command:
Modeling: Chapter 5
- APDL, magnetic macros:
Emag: Chapter 3
- APDL commands:
Operations: Chapter 2
- APLOT command:
Basic: Chapter 11
- Modeling: Chapter 5
- APPEND command:
Basic: Chapter 5
- Append frequency, setting:
CFD FLOTRAN: Chapter 2
- Applying forces:
Basic: Chapter 2
- Applying loads:
Structural: Chapter 2,
Chapter 3,
Chapter 4,
Chapter 5,
Chapter 8,
- explicit dynamics analysis:
Structural: Chapter 14
- function of node number vs. surface load:
Basic: Chapter 2
- harmonic response analysis:
Structural: Chapter 4
- increments for buckling analysis:
Structural: Chapter 7
- modal analysis:
Structural: Chapter 3
- nonlinear analysis:
Structural: Chapter 8
- p-method:
Structural: Chapter 13
- structural static analysis:
Structural: Chapter 2
- transient dynamic analysis:
Structural: Chapter 5
- Using TABLE array parameters:
Structural: Chapter 2
- APTN command:
Modeling: Chapter 5
- Arc lines:
Modeling: Chapter 5
- Arc-length method:
Basic: Chapter 2,
Chapter 8
- Structural: Chapter 7
- Archiving models:
Modeling: Chapter 13
- ARCLEN command:
Structural: Chapter 7
- ARCOLLAPSE command:
Modeling: Chapter 6
- ARCTRM command:
Structural: Chapter 8
- ARDETACH command:
Modeling: Chapter 6
-
Areas:
Modeling: Chapter 5
- adding:
Modeling:
Chapter 5,
Chapter 7
- and mapped meshing:
Modeling: Chapter 7
- assigning attributes to:
Modeling: Chapter 7
- concatenating:
Modeling: Chapter 7
- copying:
Modeling: Chapter 5,
Chapter 8
- creating additional from existing pattern:
Modeling: Chapter 5
- creating primitives:
Modeling: Chapter 5
- defining:
Modeling: Chapter 5
-
deleting
- area elements:
Modeling: Chapter 8
- unmeshed:
Modeling: Chapter 8
- deleting unmeshed:
Modeling: Chapter 5
- displaying:
Modeling: Chapter 5
- displaying degeneracies in:
Modeling: Chapter 5
-
intersecting:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- listing:
Modeling: Chapter 5
- listing information about:
Modeling: Chapter 5
- loops:
Modeling: Chapter 5
- mapped meshing of:
Modeling: Chapter 7
- merging:
Modeling: Chapter 5
- overlapping:
Modeling: Chapter 5
- partitioning:
Modeling: Chapter 5
- refining the mesh around:
Modeling: Chapter 8
- selecting:
Modeling: Chapter 5
- specifying body loads for:
Basic: Chapter 2
- subtracting from areas:
Modeling: Chapter 5
- subtracting from lines:
Modeling: Chapter 5
- subtracting from volumes:
Modeling: Chapter 5
- subtracting intersection of working plane from:
Modeling: Chapter 5
- transferring across coordinate systems:
Modeling: Chapter 8
- AREFINE command:
Modeling: Chapter 8
- AREVERSE command:
Modeling: Chapter 8
- ARFILL command:
Modeling: Chapter 6
-
Arguments
- for ANSYS commands:
Operations: Chapter 2
- omitting:
Operations: Chapter 2
- starting ANSYS and:
Operations: Chapter 3
- Arithmetic operations among results data:
Basic: Chapter 5
- Armature motion, in solenoid acuators:
Coupled-Field: Chapter 3
- ARMERGE command:
Modeling: Chapter 6
- AROTAT command:
Modeling: Chapter 5
- Array parameter solution method:
Basic: Chapter 3
- Arrays, defining parameters:
Basic: Chapter 3
- Structural: Chapter 8
- ARSPLIT command:
Modeling: Chapter 6
- ARSYM command:
Modeling: Chapter 8
- Artificial viscosity:
CFD FLOTRAN: Chapter 2
- ASBA command:
Modeling: Chapter 5
- ASBL command:
Modeling: Chapter 5
- ASBV command:
Modeling: Chapter 5
- ASBW command:
Modeling: Chapter 5
- ASCII files:
Basic: Chapter 18
-
ASEL command:
Basic: Chapter 7
- Modeling: Chapter 5
- selecting hard points:
Modeling: Chapter 5
- ASKIN command:
Modeling: Chapter 5
- ASLL command:
Basic: Chapter 7
- ASLV command:
Basic: Chapter 7
-
Assemblies:
Basic: Chapter 7
- definition of:
Basic: Chapter 7
- nesting:
Basic: Chapter 7
- /ASSIGN command:
Basic: Chapter 18
- Coupled-Field: Chapter 2
- ASUM command:
Modeling: Chapter 5
- Asymmetric contact:
Structural: Chapter 9
- ATRAN command:
Modeling: Chapter 8
- Attributes, transferring:
Modeling: Chapter 8
- Authorization file error messages:
Operations: Chapter 2
- Authorization files, error messages:
Operations: Chapter 2
- /AUTO command:
Basic: Chapter 9
- Automatic graphics scaling:
Basic: Chapter 8
- Automatic iterative (fast) solver:
Basic: Chapter 3
-
Automatic time stepping:
Basic: Chapter 2
- Structural: Chapter 5,
Chapter 7,
Chapter 8
- Thermal: Chapter 2,
Chapter 3
- Emag: Chapter 4,
Chapter 8
Chapter 16
- creep:
Structural: Chapter 8
- hyperelasticity:
Structural: Chapter 8
- large strain:
Structural: Chapter 8
- plasticity:
Structural: Chapter 8
- AUTOTS command:
Basic: Chapter 2
- Structural: Chapter 2,
Chapter 5,
Chapter 7,
Chapter 8,
Chapter 9
- Thermal: Chapter 3
- AUX2:
Basic: Chapter 18
-
AUX12 analysis method:
Thermal: Chapter 4
- guidelines for:
Thermal: Chapter 4
- /AUX12 command:
Thermal: Chapter 4
- Operations: Chapter 4
- .AVI files:
Basic: Chapter 15
- AVPRIN command:
Basic: Chapter 5
- AVRES command:
Basic: Chapter 5,
Chapter 10
- Structural: Chapter 13
- Axis of rotation:
CFD FLOTRAN: Chapter 9
- Axisymmetric loads and reactions:
Basic: Chapter 2
- Axisymmetric models, and FLOTRAN analysis:
CFD FLOTRAN: Chapter 2
-
Axisymmetric structures:
Modeling: Chapter 2
- hints and restrictions:
Modeling: Chapter 2
- /AXLAB command:
Basic: Chapter 13
- AZ degree of freedom:
Emag: Chapter 6
- AZ option:
Emag: Chapter 3
- AZ-CURR option:
Emag: Chapter 3
- AZ-VOLT option:
Emag: Chapter 3
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
-
B-H curve:
Basic: Chapter 1
- Emag: Chapter 2
- DC:
Emag: Chapter 3
- Background mode:
Operations: Chapter 3
- Backing store:
Basic: Chapter 8
- backing store:
Operations: Chapter 2
- Base geometry:
Coupled-Field: Chapter 2
- Basic sector:
Structural: Chapter 3
-
Batch:
Operations: Chapter 3
- rerunning database command log from:
Operations: Chapter 8
- setting start time for in UNIX:
Operations: Chapter 3
- starting from launcher:
Operations: Chapter 3
- starting from UNIX:
Operations: Chapter 3
- starting from Windows:
Operations: Chapter 3
- Batch menu item:
Operations: Chapter 3
- Bauschinger effect:
Structural: Chapter 8
- Beam Tool:
Advanced: Chapter 8
- BEAM4 element:
Structural: Chapter 7
-
Beams:
Advanced: Chapter 8
- applying pressure loads on:
Basic: Chapter 2
- meshing, with orientation nodes:
Modeling: Chapter 7
- Begin level:
Operations: Chapter 2
- BELLOW command:
Modeling: Chapter 10
- BEND command:
Modeling: Chapter 10
- Besseling model:
Structural: Chapter 8
- Beta (stiffness) damping:
Structural: Chapter 4
- BETAD command:
Structural: Chapter 3
- BFCUM command:
Basic: Chapter 2
- CFD FLOTRAN: Chapter 2
- BFDELE command:
CFD FLOTRAN: Chapter 2
- BFE command:
Basic: Chapter 2
- CFD FLOTRAN: Chapter 2
- BFECUM command:
Basic: Chapter 2
- BFESCAL command:
Basic: Chapter 2
- BFINT command:
Basic: Chapter 5
- Advanced: Chapter 4
- BFK command:
Basic: Chapter 2
- BFSCALE command:
Basic: Chapter 2
- BFTRAN command:
Basic: Chapter 2
- BFUNIF command:
Basic: Chapter 2
- CFD FLOTRAN: Chapter 2
- Bilinear isotropic hardening:
Structural: Chapter 8
- Bilinear kinematic hardening:
Structural: Chapter 8
-
Binary files:
Basic: Chapter 18
- accessing over NFS:
Basic: Chapter 18
- external type:
Basic: Chapter 18
- internal type:
Basic: Chapter 18
- reviewing contents of:
Basic: Chapter 18
- tips for using:
Basic: Chapter 18
- Bingham viscosity model:
CFD FLOTRAN: Chapter 8
- Biot-Savart load step options:
Basic: Chapter 2
- Biot-Savart options:
Emag: Chapter 16
- Biot-Savart calculations:
Emag: Chapter 5
- Biot-Savart integration:
Emag: Chapter 11
-
Birth and death:
Structural: Chapter 8
- Advanced: Chapter 6
- controlled by ANSYS results:
Advanced: Chapter 6
- element:
Structural: Chapter 8
- element types:
Advanced: Chapter 6
- guidelines:
Advanced: Chapter 6
- in linear models:
Advanced: Chapter 6
- initial strain:
Advanced: Chapter 6
- multiple load steps:
Advanced: Chapter 6
- nodal constraints:
Advanced: Chapter 6
- nodal loads:
Advanced: Chapter 6
- sample input:
Advanced: Chapter 6
- Bisection:
Structural: Chapter 8
- BLC4 command:
Modeling: Chapter 5
- BLC5 command:
Modeling: Chapter 5
- BLOCK command:
Modeling: Chapter 5
- Block Lanczos method:
Structural: Chapter 3
- Bodies, applying an acceleration field to:
Basic: Chapter 2
-
Body loads:
Basic: Chapter 2
- commands for applying:
Basic: Chapter 2
- for elements:
Basic: Chapter 2
- repeating:
Basic: Chapter 2
- scaling:
Basic: Chapter 2
- specifying for keypoints:
Basic: Chapter 2
- specifying uniform loads:
Basic: Chapter 2
- transferring:
Basic: Chapter 2
-
Booleans:
Modeling: Chapter 5
- add:
Modeling: Chapter 5
- alternatives:
Modeling: Chapter 5
- cautions:
Modeling: Chapter 5
- classify:
Modeling: Chapter 5
- corrections:
Modeling: Chapter 5
-
degeneracies:
Modeling: Chapter 5
- examples:
Modeling: Chapter 5
- plotting:
Modeling: Chapter 5
- discontinuities:
Modeling: Chapter 5
- failures:
Modeling: Chapter 5
- glue (merge):
Modeling: Chapter 5
- hints:
Modeling: Chapter 5
- intersect:
Modeling: Chapter 5
-
Keep: options: Modeling: Chapter 5
- numbering:
Modeling: Chapter 5
- operation tolerance:
Modeling: Chapter 5
- overlap:
Modeling: Chapter 5
- pairwise intersections:
Modeling: Chapter 5
- recovering from a failure:
Modeling: Chapter 5
- subtract:
Modeling: Chapter 5
- updating entities after executing:
Modeling: Chapter 5
-
BOPTN command:
Modeling: Chapter 5
- NWARN label:
Modeling: Chapter 5
- Bottom up modeling:
Modeling: Chapter 5
-
Boundary conditions:
Basic: Chapter 2
- CFD FLOTRAN: Chapter 2
- Emag: Chapter 2
- for 2-D magnetic static analysis:
Emag: Chapter 2
- for a 2-D harmonic analysis:
Emag: Chapter 3
- for a 2-D magnetic analysis:
Emag: Chapter 2
- for a 3-D static scalar magnetic analysis:
Emag: Chapter 5
- for a a transient magnetic analysis:
Emag: Chapter 4
- for a harmonic high-frequency analysis:
Emag: Chapter 10
- for modal high-frequency analysis:
Emag: Chapter 10
- guidelines for:
CFD FLOTRAN: Chapter 4
- periodic:
Emag: Chapter 3
- re-establishing for a restarted analysis:
Basic: Chapter 3
- symmetry and antisymmetry conditions:
Basic: Chapter 2
- Boundary elements.
See: Far-field elements
- Boundary lines, setting for user mesh:
Advanced: Chapter 8
- Boxes.
See: Dialog boxes
- BRANCH command:
Modeling: Chapter 10
- BSPLIN command:
Modeling: Chapter 5
- BTOL command:
Modeling: Chapter 5
-
Buckling analysis:
Structural: Chapter 7
- eigenvalue, procedure:
Structural: Chapter 7
- expand the solution:
Structural: Chapter 7
- expansion pass:
Structural: Chapter 7
- expansion pass options:
Structural: Chapter 7
- methods of solution:
Structural: Chapter 7
- nonlinear, procedure:
Structural: Chapter 7
- obtain the eigenvalue buckling solution:
Structural: Chapter 7
- obtain the static solution:
Structural: Chapter 7
- BUCOPT command:
Structural: Chapter 7
-
Building ANSYS models:
Operations: Chapter 2
- 2-D static magnetic analysis:
Emag: Chapter 2
- 2-D transient magnetic analysis:
Emag: Chapter 4
- circuit:
Emag: Chapter 15
- for harmoic analysis:
Emag: Chapter 15
- for transient analysis:
Emag: Chapter 15
- electrostatic analysis:
Emag: Chapter 14
- static (DC) electric circuit analysis:
Emag: Chapter 15
- Bulk temperature, specifying:
CFD FLOTRAN: Chapter 5
- Buoyancy:
CFD FLOTRAN: Chapter 5
- Bus bar:
Coupled-Field: Chapter 3, 3-10
- Button menus, annotation:
Basic: Chapter 14
-
Buttons
- action:
Operations: Chapter 4
- adding user-defined to Toolbar:
Operations: Chapter 4
- ANSYSWEB:
Operations: Chapter 4
- check:
Operations: Chapter 4
- mouse buttons in Help system:
Operations: Chapter 7
- option:
Operations: Chapter 4
- pre-defined on Toolbar:
Operations: Chapter 4
- radio:
Operations: Chapter 4
- Toolbar:
Operations: Chapter 4
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- CAD Interfaces.
See: Interfaces
-
Calculating
- covariance in POST26:
Structural: Chapter 6
- current:
Emag: Chapter 11
- distance between two keypoints:
Modeling: Chapter 5
- flux:
Emag: Chapter 11
- forces upon components:
Emag: Chapter 4
- fracture parameters:
Structural: Chapter 10
- inductance matrix:
Emag: Chapter 2
- induction matrix:
Emag: Chapter 5
- magnetic energy:
Emag: Chapter 11
- simultaneous equations generated by finite element method:
Basic: Chapter 3
- solution, with equilibrium iterations:
Emag: Chapter 2
- Capacitance:
Coupled-Field: Chapter 3
- Capture Image feature:
Operations: Chapter 4
- Capturing ANSYS commands:
Operations: Chapter 8
- Carreau viscosity model:
CFD FLOTRAN: Chapter 8
- Cascading menus:
Operations: Chapter 4
-
Causes of nonlinear behavior:
Structural: Chapter 8
- changing status:
Structural: Chapter 8
- geometric nonlinearities:
Structural: Chapter 8
- material nonlinearities:
Structural: Chapter 8
- CBDOF command:
Basic: Chapter 5
- Advanced: Chapter 4
- CDREAD command:
Modeling: Chapter 5
- CDWRITE command:
Basic: Chapter 1
- Modeling: Chapter 11
- CE command:
Modeling: Chapter 12
- Structural: Chapter 14
- CFD FLOTRAN: Chapter 2
- CECMOD command:
Modeling: Chapter 12
- CFD FLOTRAN: Chapter 2
- CEDELE command:
Modeling: Chapter 12
- CFD FLOTRAN: Chapter 2
- CEINTF command:
Basic: Chapter 5
- Modeling: Chapter 12
- CELIST command:
Modeling: Chapter 12
-
Cells
- defining for a section:
Advanced: Chapter 8
- for section user mesh files:
Advanced: Chapter 8
- CENTER command:
Modeling: Chapter 9
- Ceramics:
Coupled-Field: Chapter 3
- CERIG command:
Basic: Chapter 5
- Modeling: Chapter 12
- CGLOC command:
Basic: Chapter 2
- CFD FLOTRAN: Chapter 9
- CGOMEGA command:
CFD FLOTRAN: Chapter 9
- CGOMGA command:
Basic: Chapter 2
- Change of phase:
Thermal: Chapter 1
-
Changing
- convergence criteria for valid DOF:
Emag: Chapter 3
- default element size:
Modeling: Chapter 7
- element shape parameter limits:
Modeling: Chapter 7
- mesh specifications:
Modeling: Chapter 7
- source loads
- for transient electric circuit analysis:
Emag: Chapter 15
- harmonic circuit analysis:
Emag: Chapter 15
- status:
Structural: Chapter 8
- Charge loads:
Emag: Chapter 14
- Check buttons:
Operations: Chapter 4
- CHECK command:
Modeling: Chapter 7
- CIRCLE command:
Modeling: Chapter 5
- Circles, creating around the working plane origin:
Modeling: Chapter 5
-
CIRCU124 element:
Emag: Chapter 2
- Coupled-Field: Chapter 3, 3-8, 3-9, 3-10, 3-11
- loads for:
Emag: Chapter 15
- Circuit Builder:
Emag: Chapter 15
- Circuit symmetry:
Coupled-Field: Chapter 3
-
Circuit-fed analysis
- of electric machine stators:
Coupled-Field: Chapter 3
- of solenoid actuators:
Coupled-Field: Chapter 3
- of transformers:
Coupled-Field: Chapter 3
- Circular arc lines:
Modeling: Chapter 5
- Circular lines:
Modeling: Chapter 5
- Circumferential symmetry:
Emag: Chapter 11
- CISCR command:
Basic: Chapter 5
- Classify (Boolean operation):
Modeling: Chapter 5
- /CLEAR command:
CFD FLOTRAN: Chapter 2
- Operations: Chapter 2
-
Clearing:
Modeling: Chapter 8
- entities in a model:
Modeling: Chapter 5
- mesh:
Modeling: Chapter 7
- Clearing queried data:
Operations: Chapter 5
- CLOCAL command:
Modeling: Chapter 3
- CM command:
Basic: Chapter 7
- Structural: Chapter 3
- /CMAP command:
Basic: Chapter 11
-
CMAP program:
Basic: Chapter 17
- control panel:
Basic: Chapter 17
- starting:
Basic: Chapter 17
- CMAP Utility menu item:
Operations: Chapter 3
- CMAP Utility program:
Operations: Chapter 3
- CMDELE command:
Basic: Chapter 7
- CMEDIT command:
Basic: Chapter 7
- CMGRP command:
Basic: Chapter 7
- CMLIST command:
Basic: Chapter 7
- CMSEL command:
Basic: Chapter 7
- CNVTOL command:
Structural: Chapter 2
- Thermal: Chapter 3
- CFD FLOTRAN: Chapter 2
- Coaxial cables:
Emag: Chapter 10
- Coil resistance and inductance:
Emag: Chapter 2
- /COLOR command:
Basic: Chapter 11
- Color customization:
Operations: Chapter 6
-
Color map:
Basic: Chapter 17
- customizing:
Basic: Chapter 17
- reading in a color map file:
Basic: Chapter 17
- /COM command:
Operations: Chapter 8
- COMBIN14 element:
Structural: Chapter 5
- COMBIN37:
Structural: Chapter 8
- COMBIN37 element:
Structural: Chapter 5
- COMBIN39 element:
Structural: Chapter 8
- COMBIN40 element:
Structural: Chapter 5
- COMBIN7 element:
Structural: Chapter 5
- Combined regions:
Emag: Chapter 9
- Combined scalar/vector potential analyses:
Emag: Chapter 9
- Combining, lines:
Modeling: Chapter 5
- Combining models, solid models:
Modeling: Chapter 5
- Combining solid models:
Modeling: Chapter 13
- Command input files:
Operations: Chapter 8
- Command line options for ANSYS:
Operations: Chapter 3
-
Commands
- *ABBR:
Operations: Chapter 2
- abbreviations for:
Operations: Chapter 2
- animation:
Basic: Chapter 15
- ansys55:
Operations: Chapter 3
- arguments for:
Operations: Chapter 2
- /CLEAR:
Operations: Chapter 2
- /COM:
Operations: Chapter 8
- command macros:
Operations: Chapter 2
- conventions for:
Operations: Chapter 2
- defaults for:
Operations: Chapter 2
- /EXIT:
Operations: Chapter 2
- file for ANSYS run:
Operations: Chapter 3
- format of:
Operations: Chapter 2
- /INPUT:
Operations: Chapter 8
- integers in:
Operations: Chapter 2
- issuing:
Operations: Chapter 2
- LGWRITE:
Operations: Chapter 8
- /MENU:
Operations: Chapter 3
- /MSTART:
Operations: Chapter 6
- /NERR:
Operations: Chapter 2
- /QUIT:
Operations: Chapter 2
- RESUME:
Operations: Chapter 2
- rules and guidelines for:
Operations: Chapter 2
- /RUNSTAT:
Operations: Chapter 3
- SAVE:
Operations: Chapter 2
- /SHOW:
Operations: Chapter 3
- /UIS:
Operations: Chapter 2
- xansys55:
Operations: Chapter 3
- Commas in commands:
Operations: Chapter 2
- Comments in the command log file:
Operations: Chapter 8
- Compatible ANSYS output files:
Basic: Chapter 18
- Component force:
Emag: Chapter 5
-
Components:
Basic: Chapter 7
- adding or removing:
Basic: Chapter 7
- definition of:
Basic: Chapter 7
- summarizing forces upon:
Emag: Chapter 4
- Composite gas analysis:
CFD FLOTRAN: Chapter 11
- Composite mixture analysis:
CFD FLOTRAN: Chapter 11
-
Composites:
Structural: Chapter 11
- element types for:
Structural: Chapter 11
- guidelines:
Structural: Chapter 11
- how to model:
Structural: Chapter 11
- layer properties:
Structural: Chapter 11
- Compressible FLOTRAN analysis,
CFD FLOTRAN: Chapter 2,
Chapter 7
- flow:
CFD FLOTRAN: Chapter 1
- Compressible fluid:
Coupled-Field: Chapter 4
- CON4 command:
Modeling: Chapter 5
-
Concatenating
- areas:
Modeling: Chapter 7
- lines:
Modeling: Chapter 7
-
Concatenation:
Modeling: Chapter 7
- deleting concatenated lines or areas:
Modeling: Chapter 7
- restrictions:
Modeling: Chapter 7
- selecting concatenated lines or areas:
Modeling: Chapter 7
- Concentrated load:
Basic: Chapter 2
- Concrete:
Structural: Chapter 8
- Conduction:
Thermal: Chapter 1
- Conduction limit:
CFD FLOTRAN: Chapter 6
- Conductor symmetry:
Coupled-Field: Chapter 3
- CONE command:
Modeling: Chapter 5
- /CONFIG command:
Basic: Chapter 5
- Structural: Chapter 2
- Operations: Chapter 6
- CONFIG.ANS file:
Basic: Chapter 19
- Operations: Chapter 3
- Configuring ANSYS:
Operations: Chapter 3
- Conjugate heat transfer:
CFD FLOTRAN: Chapter 1
- Connecting elements:
Modeling: Chapter 2
- Consideration tolerance:
Modeling: Chapter 11
- Constant damping ratio:
Structural: Chapter 4
- Constant data:
Basic: Chapter 5
- Constant fluid properties:
CFD FLOTRAN: Chapter 5
- Constant material properties:
Basic: Chapter 1
- Constitutive matrices:
Structural: Chapter 11
- Constraint equations:
Basic: Chapter 11
- Modeling: Chapter 12
- Structural: Chapter 3
- in a birth and death analysis:
Advanced: Chapter 6
- with Block Lanczos:
Structural: Chapter 3
- Constraints
- See also: DOF constraints
- DOF:
Basic: Chapter 2
- explicit dynamics analysis:
Structural: Chapter 14
- CONTA171 element:
Structural: Chapter 8
- CONTA172 element:
Structural: Chapter 8
- CONTA173 element:
Structural: Chapter 8
- CONTA174 element:
Structural: Chapter 8
- CONTAC12 element:
Structural: Chapter 8
- CONTAC26 element:
Structural: Chapter 8
- CONTAC48 element:
Structural: Chapter 8
- Coupled-Field: Chapter 3, 3-2
- CONTAC49 element:
Structural: Chapter 8
- Coupled-Field: Chapter 3
- CONTAC52 element:
Structural: Chapter 8
-
Contact:
Structural: Chapter 8
- accounting for thickness effect:
Structural: Chapter 9
- adjusting initial contact conditions:
Structural: Chapter 9
- animation:
Structural: Chapter 9
- ANSYS contact capabilities summary:
Structural: Chapter 9
- asymmetric contact model:
Structural: Chapter 9
- automatic determination of normals:
Structural: Chapter 9
- checking the direction of the normals:
Structural: Chapter 9
- choosing a friction model:
Structural: Chapter 9
- compatibility control:
Structural: Chapter 9
- component list of surface nodes:
Structural: Chapter 9
- concave contact surface:
Structural: Chapter 9
- constraint equations:
Structural: Chapter 9
- contact (penalty) stiffness:
Structural: Chapter 9
- contact conductance:
Structural: Chapter 9
- contact direction:
Structural: Chapter 9
- contact surface:
Structural: Chapter 9
- contolling the boundary conditions of the entire target surface:
Structural: Chapter 9
- contour displays:
Structural: Chapter 9
- coupled degrees of freedom:
Structural: Chapter 9
- coupled thermo-mechanical analyses:
Structural: Chapter 9
- discontinuity:
Structural: Chapter 9
- display deformed shape:
Structural: Chapter 9
- elastic Coulomb:
Structural: Chapter 9
- element key options:
Structural: Chapter 9
- element real constants:
Structural: Chapter 9
- excluding initial penetration:
Structural: Chapter 9
- explicit dynamics:
Structural: Chapter 9
- flexible-to-flexible:
Structural: Chapter 9
- friction coefficient:
Structural: Chapter 9
- gap:
Structural: Chapter 9
- generating contact elements:
Structural: Chapter 9
- heat conduction:
Structural: Chapter 9
- initial closure factor:
Structural: Chapter 9
- initial contact closure:
Structural: Chapter 9
- initial interference problems:
Structural: Chapter 9
- localized contact zone:
Structural: Chapter 9
- maximum contact friction:
Structural: Chapter 9
- maximum penetration range:
Structural: Chapter 9
- maximum penetration tolerance:
Structural: Chapter 9
- modeling and meshing tips:
Structural: Chapter 9
- nodal number ordering:
Structural: Chapter 9
- node-to-node:
Structural: Chapter 8
- node-to-node contact elements:
Structural: Chapter 9
- node-to-surface:
Structural: Chapter 9
- node-to-surface contact elements:
Structural: Chapter 9
- normal contact stiffness:
Structural: Chapter 9
- normal contact stiffness factor:
Structural: Chapter 9
- normal stiffness:
Structural: Chapter 9
- open far-field contact:
Structural: Chapter 9
- open near-field contact:
Structural: Chapter 9
- output quantities:
Structural: Chapter 9
- penetration range for initial penetration:
Structural: Chapter 9
- penetration tolerance:
Structural: Chapter 9
- performing a node-to-node contact analysis:
Structural: Chapter 9
- performing a note-to-surface contact analysis:
Structural: Chapter 9
- performing a surface-to-surface contact analysis:
Structural: Chapter 9
- pilot node:
Structural: Chapter 9
- pilot node restrictions:
Structural: Chapter 9
- "pinball" region:
Structural: Chapter 9
- primitives:
Structural: Chapter 9
- pseudo element technique:
Structural: Chapter 9
- ramping initial interference:
Structural: Chapter 9
- ratio of static to dynamic friction:
Structural: Chapter 9
- reversing the direction of the normals:
Structural: Chapter 9
- reviewing the results:
Structural: Chapter 9
- rigid Coulomb:
Structural: Chapter 9
- rigid-to-flexible:
Structural: Chapter 9
- selecting a contact algorithm:
Structural: Chapter 9
- selecting location of contact detection:
Structural: Chapter 9
- selecting surface interaction models:
Structural: Chapter 9
- singular stiffness matrix:
Structural: Chapter 9
- sliding contact:
Structural: Chapter 9
- slippage:
Structural: Chapter 9
- static to dynamic friction ratio:
Structural: Chapter 9
- steps in a contact analysis:
Structural: Chapter 9
- steps in a node-to-surface contact analysis:
Structural: Chapter 9
- sticking contact:
Structural: Chapter 9
- sticking contact stiffness:
Structural: Chapter 9
- stiffness:
Structural: Chapter 9
- surface-to-surface:
Structural: Chapter 9
- surface-to-surface contact elements:
Structural: Chapter 9
- symmetric contact:
Structural: Chapter 9
- symmetric versus asymmetric contact element generation:
Structural: Chapter 9
- tabular listings:
Structural: Chapter 9
- target element shapes:
Structural: Chapter 9
- target length:
Structural: Chapter 9
- thermal conductivity:
Structural: Chapter 9
- thermal-structural contact:
Structural: Chapter 9
- triangular mapped meshing:
Structural: Chapter 9
- using ANSYS meshing tools to create rigid target elements:
Structural: Chapter 9
- using CONTAC26:
Structural: Chapter 9
- using direct generation to create rigid target elements:
Structural: Chapter 9
- using node-to-surface contact elements:
Structural: Chapter 9
- using surface-to-surface contact elements:
Structural: Chapter 9
- using the birth and death option:
Structural: Chapter 9
- using time step control:
Structural: Chapter 9
- viewing the contact elements:
Structural: Chapter 9
- voids:
Structural: Chapter 9
- warped target element faces:
Structural: Chapter 9
-
Contact algorithms
- augmented Lagrangian penalty:
Structural: Chapter 9
- penalty:
Structural: Chapter 9
- penalty with Lagrange multiplier:
Structural: Chapter 9
- Contact conductance:
Structural: Chapter 9
- Contact direction:
Structural: Chapter 9
- Contact element stiffness matrices:
Structural: Chapter 9
-
Contact elements
- node-to-node:
Structural: Chapter 9
- node-to-surface:
Structural: Chapter 9
- surface-to-surface:
Structural: Chapter 9
-
Contact friction
- Coulomb friction model:
Structural: Chapter 9
- sticking:
Structural: Chapter 9
-
Contact real constants
- COND:
Structural: Chapter 9
- CONT:
Structural: Chapter 9
- FACT:
Structural: Chapter 9
- FKN:
Structural: Chapter 9
- FTOLN:
Structural: Chapter 9
- KN:
Structural: Chapter 9
- KT:
Structural: Chapter 9
- PINB:
Structural: Chapter 9
- PMAX:
Structural: Chapter 9
- PMIN:
Structural: Chapter 9
- R1:
Structural: Chapter 9
- R2:
Structural: Chapter 9
- TAUMAX:
Structural: Chapter 9
- TOLN:
Structural: Chapter 9
- TOLS:
Structural: Chapter 9
- Contact surface:
Structural: Chapter 9
- Contour displays:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- Emag: Chapter 2
- changing the number of contours:
Basic: Chapter 12
- isosurface:
Basic: Chapter 5
- Control elements:
Structural: Chapter 8
- Controlling p-levels:
Structural: Chapter 13
- Convection:
Thermal: Chapter 1
- Convection film coefficient:
Thermal: Chapter 1
-
Convergence:
CFD FLOTRAN: Chapter 2
- checking:
Structural: Chapter 8
- enhancements:
Structural: Chapter 8
- failure:
Structural: Chapter 8
- monitors:
CFD FLOTRAN: Chapter 2
- tracking graphically:
Emag: Chapter 2
-
Convergence criteria:
Structural: Chapter 8
- Emag: Chapter 3
- changing for each valid DOF:
Emag: Chapter 3
- default value:
Structural: Chapter 8
- disjointed structures:
Structural: Chapter 8
- displacement checking:
Structural: Chapter 8
- force checking:
Structural: Chapter 8
- p-method:
Structural: Chapter 13
- specifying:
CFD FLOTRAN: Chapter 6
- Emag: Chapter 3
- vector norms:
Structural: Chapter 8
-
Convergence tolerances:
Structural: Chapter 2
- Thermal: Chapter 3
- Emag: Chapter 4
- for 2-D static magnetic analysis:
Emag: Chapter 16
- Converting degenerate tet elements:
Modeling: Chapter 7
- to non-degenerate elements:
Modeling: Chapter 7
- Coordinate systems:
Basic: Chapter 11
- Modeling: Chapter 3
- CFD FLOTRAN: Chapter 2
- Operations: Chapter 4
- active:
Modeling: Chapter 3
-
Cartesian:
Modeling: Chapter 3
- FLOTRAN requirements for:
CFD FLOTRAN: Chapter 2
- cylindrical:
Modeling: Chapter 3
- definitions of different types:
Modeling: Chapter 3
- display:
Modeling: Chapter 3
- element:
Modeling: Chapter 3
- Euler rotation angles:
Modeling: Chapter 3
- global:
Modeling: Chapter 3
- local:
Modeling: Chapter 3
- nodal:
Modeling: Chapter 3
- results:
Modeling: Chapter 3
- rotations:
Modeling: Chapter 3
- spherical:
Modeling: Chapter 3
- table of:
Modeling: Chapter 7
- toroidal:
Modeling: Chapter 3
- transferring areas:
Modeling: Chapter 8
- transferring areas between:
Modeling: Chapter 5
- transferring lines to:
Modeling: Chapter 5
- transferring volumes:
Modeling: Chapter 8
- transferring volumes between:
Modeling: Chapter 5
- types:
Modeling: Chapter 3
- working plane:
Modeling: Chapter 4
- Coordinates, updating:
Coupled-Field: Chapter 2
-
Copying
- a meshed area:
Modeling: Chapter 5
- areas:
Modeling: Chapter 5
- copying:
Modeling: Chapter 5
- entities:
Modeling: Chapter 5
- nodes and elements:
Modeling: Chapter 5
- solid models:
Modeling: Chapter 5
- volumes:
Modeling: Chapter 5
- Copying help information:
Operations: Chapter 7
- Coriolis effects, in a static analysis:
Basic: Chapter 2
- Coulomb friction model:
Structural: Chapter 9
- Coulomb gauge condition:
Emag: Chapter 9
- Counters:
Basic: Chapter 2
- Counting picked items:
Operations: Chapter 5
- Coupled acoustic analysis:
Coupled-Field: Chapter 4
- Coupled load transfer:
Coupled-Field: Chapter 2
- Coupled nodes:
Basic: Chapter 11
- Coupled-field, element types, direct method:
Coupled-Field: Chapter 3
-
Coupled-field analysis:
Thermal: Chapter 1
- Coupled-Field: Chapter 1
- and induction heating problems:
Coupled-Field: Chapter 2
- definition of:
Coupled-Field: Chapter 1
- direct method:
Coupled-Field: Chapter 1, 3-1
- direct vs. sequential:
Coupled-Field: Chapter 1
- electromagnetic-circuit:
Coupled-Field: Chapter 3
- element types:
Coupled-Field: Chapter 1
- general procedures for:
Coupled-Field: Chapter 2
- load types for:
Coupled-Field: Chapter 2
- magneto-structural:
Coupled-Field: Chapter 3
- piezoelectric:
Coupled-Field: Chapter 3
- sequential method:
Coupled-Field: Chapter 1, 2-1
- thermal-electric:
Coupled-Field: Chapter 3
- types:
Coupled-Field: Chapter 1
- Coupled-field loads:
Basic: Chapter 2
- Coupling:
Modeling: Chapter 12
- Structural: Chapter 11
- COVAL command:
Structural: Chapter 6
- Covariance, calculating:
Structural: Chapter 6
- CP command:
Modeling: Chapter 12
- Structural: Chapter 13
- CFD FLOTRAN: Chapter 2
- Advanced: Chapter 5
- CPDELE command:
Modeling: Chapter 12
- CPINTF command:
Basic: Chapter 5
- Modeling: Chapter 12
- Advanced: Chapter 5
- /CPLANE command:
Basic: Chapter 11
- CPLGEN command:
Modeling: Chapter 12
- CPLIST command:
Modeling: Chapter 12
- CPNGEN command:
Modeling: Chapter 12
- CPSGEN command:
Modeling: Chapter 12
- CPU processors:
Operations: Chapter 6
- CQC command:
Structural: Chapter 6
- Crack faces:
Structural: Chapter 10
- Crack front:
Structural: Chapter 10
- Crack region, modeling:
Structural: Chapter 10
- Crack tip:
Structural: Chapter 10
- Cracking and crushing plots:
Basic: Chapter 5
-
Creating
- abbreviations:
Operations: Chapter 2
- circular arc lines:
Modeling: Chapter 5
- circular areas:
Modeling: Chapter 5
- components:
Operations: Chapter 4
- cones:
Modeling: Chapter 5
- cylinders:
Modeling: Chapter 5
- load step files:
Emag: Chapter 15
- macros:
Operations: Chapter 4
- menus:
Operations: Chapter 4
- output files:
Emag: Chapter 15
- polygonal areas:
Modeling: Chapter 5
- prisms:
Modeling: Chapter 5
- rectangles:
Modeling: Chapter 5
- results data in database:
Basic: Chapter 5
-
sections:
Advanced: Chapter 8
- Beam Tool:
Advanced: Chapter 8
- segmented splines:
Modeling: Chapter 5
- spheres:
Modeling: Chapter 5
- Toolbar buttons:
Operations: Chapter 4
- torus:
Modeling: Chapter 5
- vector displays:
Emag: Chapter 5
- volumes, blocks:
Modeling: Chapter 5
-
Creep:
Structural: Chapter 8
- automatic time stepping:
Structural: Chapter 8
- ratio:
Structural: Chapter 8
- Creep criteria:
Structural: Chapter 2
- Cross sections.
See: Sections
- Cross-reference checking of solid models:
Modeling: Chapter 8
- CRPLIM command:
Structural: Chapter 2
- CS command:
Modeling: Chapter 3
-
CSCIR command:
Basic: Chapter 2
- Modeling: Chapter 3
- singularity points:
Modeling: Chapter 3
- CSDELE command:
Modeling: Chapter 3
- .cshrc file:
Operations: Chapter 3
- CSKP command:
Modeling: Chapter 3
- CSWPLA command:
Modeling: Chapter 3
- CSYS command:
Modeling: Chapter 3
- Structural: Chapter 10
- /CTYPE command:
Basic: Chapter 12
- Cubic line:
Modeling: Chapter 5
- CURR (current):
Coupled-Field: Chapter 3, 3-10, 3-11, 3-12
- CURR2D command:
Basic: Chapter 5
- Emag: Chapter 2
-
Current:
Emag: Chapter 4
- and massive conductors:
Emag: Chapter 3
- calculating:
Emag: Chapter 11
-
Current conduction analysis:
Emag: Chapter 13
- results from:
Emag: Chapter 13
-
Current conduction regions:
Emag: Chapter 1
- modeling:
Emag: Chapter 5
- Current degree of freedom:
Emag: Chapter 2
- Current flow:
Basic: Chapter 5
- Emag: Chapter 11
- Current segment loads:
Emag: Chapter 2
- Current sources:
Emag: Chapter 5
- Custom color maps:
Operations: Chapter 3
- Custom convergence criteria:
Structural: Chapter 8
- Emag: Chapter 3
- Custom meshing:
Advanced: Chapter 3
-
Customizing the GUI:
Operations: Chapter 6
- colors and fonts:
Operations: Chapter 6
- dialog boxes:
Operations: Chapter 6
- from UNIX systems:
Operations: Chapter 3
- from Windows systems:
Operations: Chapter 3
- keyboard focus:
Operations: Chapter 6
- layout of:
Operations: Chapter 6
- mouse focus:
Operations: Chapter 6
- start-up menus:
Operations: Chapter 6
- Cut boundary method.
See: Submodeling
- CUTCONTROL command, changes through SOLCONTROL:
Structural: Chapter 8
- CVAR command:
Structural: Chapter 6
- CYCGEN command:
Structural: Chapter 3
- Cyclic symmetry.
See: Modal cyclic symmetry
- CYCSOL command:
Structural: Chapter 3
- CYL4 command:
Modeling: Chapter 5
- CYL5 command:
Modeling: Chapter 5
- Cylindrical coordinate systems, specifying gradients for:
Basic: Chapter 2
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- D command:
Structural: Chapter 6
- Thermal: Chapter 3
- CFD FLOTRAN: Chapter 4
- DA command:
CFD FLOTRAN: Chapter 4
- Damped method, modal analysis:
Structural: Chapter 3
-
Damping:
Structural: Chapter 5
- harmonic response analysis:
Structural: Chapter 4
- modal analysis:
Structural: Chapter 3
- spectrum analysis, PSD:
Structural: Chapter 6
- substructuring:
Advanced: Chapter 5
- table of options:
Structural: Chapter 5
- transient dynamic analysis:
Structural: Chapter 5
- Data, primary:
Emag: Chapter 3
- Data mismatches:
Basic: Chapter 5
- Data points, on temperature plots:
Basic: Chapter 1
- Data smoothing, explicit dynamics analysis:
Structural: Chapter 14
- Data sorting
- by element:
Emag: Chapter 2
- by node:
Emag: Chapter 2
- Data table, activating:
Basic: Chapter 1
-
Database
- allocating work space for:
Basic: Chapter 19
- appending data to:
Basic: Chapter 5
- backing up:
Emag: Chapter 2
- Coupled-Field: Chapter 4
- clearing:
Operations: Chapter 2
- command log, using for design optimization:
Advanced: Chapter 1
- creating or modifying data in:
Basic: Chapter 5
- database command log:
Operations: Chapter 8
- defining items for:
Operations: Chapter 2
- deleting items from:
Operations: Chapter 2
- listing data in:
Operations: Chapter 4
- memory size for:
Operations: Chapter 3
- mismatched data in:
Basic: Chapter 5
- reading in FLOTRAN results:
Basic: Chapter 5
- reading in results data:
Basic: Chapter 5
- resetting:
Basic: Chapter 5
- restoring contents of:
Operations: Chapter 2
- results file:
Basic: Chapter 3
- saving:
Modeling: Chapter 5
- saving contents of:
Operations: Chapter 2
- Database output:
Structural: Chapter 2
-
Database pages:
Basic: Chapter 19
- changing number of:
Basic: Chapter 19
- changing size of:
Basic: Chapter 19
- .DB file suffix:
Operations: Chapter 2
- DC analysis:
Emag: Chapter 15
- DCGOMG command:
Basic: Chapter 2
- DDAM.
See: Dynamic design analysis method
- DDELE command:
Thermal: Chapter 3
- Debugging ANSYS session:
Operations: Chapter 8
- Deep drawing:
Structural: Chapter 8
- Default element attributes:
Modeling: Chapter 7
- Default element size:
Modeling: Chapter 7
- Default solver:
Basic: Chapter 3
-
Defaults
- ANSYS session:
Operations: Chapter 3
- for ANSYS commands:
Operations: Chapter 2
- for arguments:
Operations: Chapter 2
- operating system-dependent:
Operations: Chapter 6
- XANSYS session:
Operations: Chapter 3
- Deferring batch jobs in UNIX:
Operations: Chapter 3
-
Defining
- analysis title:
Basic: Chapter 1
-
analysis type:
Basic: Chapter 1
- electrostatic analysis:
Emag: Chapter 14
- for static electric circuit analysis:
Emag: Chapter 15
- areas:
Modeling: Chapter 5
- element coordinate system:
Emag: Chapter 2
- element shapes:
Modeling: Chapter 7
- element types:
Basic: Chapter 1
- hard points:
Modeling: Chapter 5
-
Jobname:: Basic: Chapter 1
- keypoints:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- material properties:
Basic: Chapter 1
- real constants:
Emag: Chapter 2
- real constants for elements:
Basic: Chapter 1
- solver:
Emag: Chapter 2
- units system:
Basic: Chapter 1
- variables, for primary data:
Emag: Chapter 15
- volumes:
Modeling: Chapter 5
- Defining ANSYS products:
Operations: Chapter 3
-
Deformed shape
- animating:
Basic: Chapter 15
- display:
Structural: Chapter 2
- displaying:
Structural: Chapter 9
- Degeneracies:
Modeling: Chapter 5
-
Degenerate elements:
Modeling: Chapter 7
- converting tet:
Modeling: Chapter 7
- Degenerate geometry:
Coupled-Field: Chapter 2
-
Deleting
- area elements:
Modeling: Chapter 8
- areas, unmeshed:
Modeling: Chapter 8
- concatenated lines or areas:
Modeling: Chapter 7
- entities of a model:
Modeling: Chapter 5
- hard points:
Modeling: Chapter 5
- keypoint elements:
Modeling: Chapter 8
- line elements:
Modeling: Chapter 8
-
lines:
Modeling: Chapter 5
- unmeshed:
Modeling: Chapter 8
- midside nodes:
Modeling: Chapter 8
- sections:
Advanced: Chapter 8
- surface loads:
Basic: Chapter 2
- unmeshed areas:
Modeling: Chapter 5
- volume elements:
Modeling: Chapter 8
-
volumes:
Modeling: Chapter 5
- unmeshed:
Modeling: Chapter 8
- DELOPT command:
Basic: Chapter 5
- DELTIM command:
Basic: Chapter 2
- Structural: Chapter 2
- Thermal: Chapter 3
- CFD FLOTRAN: Chapter 2
- Density:
CFD FLOTRAN: Chapter 5
- Depth and local mesh refinement:
Modeling: Chapter 8
-
Derived data
- 2-D harmonic analysis:
Emag: Chapter 3
- 2-D transient magnetic analysis:
Emag: Chapter 4
- electrostatic analysis:
Emag: Chapter 14
- from 2-D static magnetic analysis:
Emag: Chapter 2
- listing element results:
Emag: Chapter 15
- variables:
Emag: Chapter 4
- Derived results data:
Basic: Chapter 4
- Design Opt menu item:
Operations: Chapter 4
-
Design optimization:
Advanced: Chapter 1
- algorithms for:
Advanced: Chapter 1
- guidelines for:
Advanced: Chapter 1
- procedure:
Advanced: Chapter 1
- Design variables:
Advanced: Chapter 1
- DESIZE command:
Modeling: Chapter 7
- Structural: Chapter 13
- DESOL command:
Basic: Chapter 5
- CFD FLOTRAN: Chapter 2
- DESOL command:
Basic: Chapter 5
- DETAB command:
Basic: Chapter 5
-
Determining
- FLOTRAN flow regime:
CFD FLOTRAN: Chapter 2
- FLOTRAN problem domain:
CFD FLOTRAN: Chapter 2
- Deterministic analysis:
Structural: Chapter 6
- /DEVICE command:
Operations: Chapter 5
- /DEVICE command:
Basic: Chapter 5
- Dialog boxes:
Operations: Chapter 4
- Dielectric constants:
Coupled-Field: Chapter 3
- Difference Scalar Potential (DSP):
Emag: Chapter 5
- Dilute mixture analysis:
CFD FLOTRAN: Chapter 11
- *DIM command:
Structural: Chapter 8
- *DIM command:
Basic: Chapter 3
- Thermal: Chapter 3
-
Direct coupled-field analysis:
Coupled-Field: Chapter 3
- electro-magnetic:
Coupled-Field: Chapter 3
- electro-magnetic-thermal:
Coupled-Field: Chapter 3
- electro-magnetic-thermal-structural:
Coupled-Field: Chapter 3
- electromagnetic-circuit:
Coupled-Field: Chapter 3, 3-8
- magnetic-thermal:
Coupled-Field: Chapter 3
- magneto-structural:
Coupled-Field: Chapter 3, 3-6
- piezoelectric:
Coupled-Field: Chapter 3, 3-3
- pressure-structural (acoustic):
Coupled-Field: Chapter 3
- thermal-electric:
Coupled-Field: Chapter 3
- thermal-pressure:
Coupled-Field: Chapter 3
- thermal-structural:
Coupled-Field: Chapter 3
- types:
Coupled-Field: Chapter 3
- velocity-thermal-pressure:
Coupled-Field: Chapter 3
-
Direct generation:
Modeling: Chapter 9
- definition:
Modeling: Chapter 1
- Direct generation modeling:
Basic: Chapter 1
- Direct method:
Coupled-Field: Chapter 1
-
Directories
- naming conventions:
Operations: Chapter 2
- setting the working directory:
Operations: Chapter 3
- Discontinuities:
Modeling: Chapter 5
- Discretization error:
Basic: Chapter 5
- Disjointed structures:
Structural: Chapter 8
- Displaced shapes, displaying:
Basic: Chapter 12
- Displacements:
Coupled-Field: Chapter 4
-
Display controls
- changing the workplane grid:
Basic: Chapter 9
- controlling the location of the XYZ triad:
Basic: Chapter 9
- recalling from a file:
Basic: Chapter 9
- turning the ANSYS logo on or off:
Basic: Chapter 9
- turning the legend off or on:
Basic: Chapter 9
- turning triad symbols on or off:
Basic: Chapter 9
- Display coordinate system:
Modeling: Chapter 3
- Display deformed shape:
Structural: Chapter 3
- DISPLAY Help icon:
Operations: Chapter 3
-
DISPLAY program:
Basic: Chapter 8
- Emag: Chapter 11
- and animation:
Basic: Chapter 15
- and AVI files:
Basic: Chapter 15
- DISPLAY Utility menu item:
Operations: Chapter 3
- DISPLAY Utility program:
Operations: Chapter 3
-
Displaying
- areas:
Modeling: Chapter 5
- contours:
Emag: Chapter 4
- deformed shapes:
Structural: Chapter 8
- degeneracies in areas:
Modeling: Chapter 5
- degeneracies in volumes:
Modeling: Chapter 5
- hard points:
Modeling: Chapter 5
- keypoints:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- load symbols:
Modeling: Chapter 5
- volumes:
Modeling: Chapter 5
-
Displays
-
See also: Graphics
- contour displays:
Basic: Chapter 5
- controlling via the GUI:
Basic: Chapter 9
- copying specifications for:
Basic: Chapter 9
- creating:
Basic: Chapter 8
- deformed shape:
Basic: Chapter 5
- erasing:
Basic: Chapter 8
- flow traces:
Basic: Chapter 5
- path plots:
Basic: Chapter 5
- POST26 graphs:
Basic: Chapter 6
- reaction force:
Basic: Chapter 5
- replotting:
Basic: Chapter 8
- superimposing:
Basic: Chapter 9
- vector:
Basic: Chapter 5
- viewing static displays on a screen:
Basic: Chapter 16
- /DIST command:
Basic: Chapter 9
- Distributed resistance:
CFD FLOTRAN: Chapter 9
- Divergence:
CFD FLOTRAN: Chapter 2
- Dividing, lines:
Modeling: Chapter 5
- DL command:
CFD FLOTRAN: Chapter 4
- DMPRAT command:
Structural: Chapter 3
- DNSOL command:
Basic: Chapter 5
-
Document navigation window for Help system:
Operations: Chapter 7
- printing:
Operations: Chapter 7
- Documentation file error messages:
Operations: Chapter 2
- DOCUMENTATION FILE LIST NOT AVAILABLE... error message:
Operations: Chapter 2
-
DOF constraints:
Basic: Chapter 2
- commands for applying:
Basic: Chapter 2
- managing terminal conditions with:
Emag: Chapter 3
- resetting:
Basic: Chapter 2
- scaling:
Basic: Chapter 2
- transferring:
Basic: Chapter 2
- transferring all constraints:
Basic: Chapter 2
- DOF coupling, explicit dynamics analysis:
Structural: Chapter 14
-
DOFs
- electromagnetic elements:
Emag: Chapter 1
- master:
Structural: Chapter 3
- DOFSEL command:
Basic: Chapter 2
- Domains, singly vs. multiply-connected:
Emag: Chapter 5
- Drag operations:
Modeling: Chapter 5
- Dragging:
Modeling: Chapter 5
- Drawing graphics:
Operations: Chapter 4
- Drucker-Prager:
Structural: Chapter 8
- /DSCALE command:
Basic: Chapter 5
- DSCALE command:
Basic: Chapter 2
- DSP analysis:
Emag: Chapter 16
- DSUM command:
Structural: Chapter 6
- DSYM command:
CFD FLOTRAN: Chapter 2
- DSYS command:
Modeling: Chapter 3
- DTRAN command:
Basic: Chapter 2
- /DV3D command:
Basic: Chapter 8
-
Dynamic analyses
- harmonic response.
See: Harmonic response analysis
- spectrum.
See: Spectrum analysis
- transient.
See: Transient dynamic analysis
- Dynamic design analysis method (DDAM):
Structural: Chapter 6
- Dynamic load step options:
Basic: Chapter 2
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- E command:
Modeling: Chapter 9
- Structural: Chapter 9
- Emag: Chapter 5
- EALIVE command:
Structural: Chapter 8
- Advanced: Chapter 6
- EDCGEN command:
Structural: Chapter 14
- EDCURVE command:
Structural: Chapter 14
- EDDRELAX command:
Structural: Chapter 14
- EDELE command:
Thermal: Chapter 4
- EDFPLOT command:
Structural: Chapter 14
- /EDGE command:
Basic: Chapter 11
- Edge length, and mesh refinement:
Modeling: Chapter 8
-
Edge-based analysis
- 3-D harmonic analysis, procedures for:
Emag: Chapter 7
- 3-D harmonic edge analysis:
Emag: Chapter 7
- 3-D harmonic magnetic analysis:
Emag: Chapter 1
-
3-D static edge analysis:
Emag: Chapter 6
- performing:
Emag: Chapter 6
- 3-D static harmonic analysis:
Emag: Chapter 7
- 3-D transient analysis:
Emag: Chapter 8
- 3-D transient magnetic analysis:
Emag: Chapter 1
- for 3-D static models:
Emag: Chapter 6
- for 3-D transient models:
Emag: Chapter 8
- magnetic:
Emag: Chapter 1
- reviewing results from:
Emag: Chapter 6
- typical uses of:
Emag: Chapter 6
- EDHIST command:
Structural: Chapter 14
- EDHTIME command:
Structural: Chapter 14
- EDIVELO command:
Structural: Chapter 14
- EDLDPLOT command:
Structural: Chapter 14
- EDLOAD command:
Structural: Chapter 14
- EDMP command:
Structural: Chapter 14
- EDNDTSD command:
Structural: Chapter 14
- EDOUT command:
Structural: Chapter 14
- EDREAD command:
Structural: Chapter 14
- EDRST command:
Structural: Chapter 14
- EDSHELL command:
Structural: Chapter 14
- /EFACET command:
Basic: Chapter 10
- Structural: Chapter 13
- Effective viscosity:
CFD FLOTRAN: Chapter 4
- EGEN command:
Modeling: Chapter 9
- Emag: Chapter 5
- Eigenvalue analysis.
See: Modal analysis
-
Eigenvalue buckling:
Structural: Chapter 7
-
See also: Buckling analysis
- Eigenvalue buckling solution, buckling analysis:
Structural: Chapter 7
- Eigenvalue calculation, shift point:
Structural: Chapter 7
- Eigenvalue extraction methods:
Structural: Chapter 7
-
Eigenvalues:
Structural: Chapter 3
- number to be extracted:
Structural: Chapter 7
-
Eigenvectors:
Structural: Chapter 3
- number to print:
Structural: Chapter 7
- EINTF command:
Modeling: Chapter 9
- Structural: Chapter 9
- EKILL command:
Structural: Chapter 8
- Advanced: Chapter 6
- Elan X Administration Tool:
Operations: Chapter 3
- Elastic anisotropy:
Basic: Chapter 1
- Elastic coefficient matrix:
Coupled-Field: Chapter 3
- Elastomers:
Structural: Chapter 8
-
Electric circuit analysis:
Emag: Chapter 15
- avoiding inconsistent circuits:
Emag: Chapter 15
- building circuits for:
Emag: Chapter 15
- components:
Emag: Chapter 15
- coupling FEA and circuit domain:
Emag: Chapter 15
- DC:
Emag: Chapter 15
- example of:
Emag: Chapter 15
- harmonic:
Emag: Chapter 15
- static:
Emag: Chapter 15
- transient:
Emag: Chapter 15
-
Electric field analysis:
Emag: Chapter 13
- applications of:
Emag: Chapter 13
- elements used in:
Emag: Chapter 13
- loading options for:
Emag: Chapter 16
- purpose of:
Emag: Chapter 13
- quantities of interest in:
Emag: Chapter 13
- results from:
Emag: Chapter 13
- Electric loads:
Basic: Chapter 2
- Electric machine stators:
Coupled-Field: Chapter 3
- Electric wall conditions:
Emag: Chapter 10
- Electrical resistivity (RSVX):
Coupled-Field: Chapter 3
- Electro-magnetic analysis:
Coupled-Field: Chapter 3
- Electro-magnetic-thermal analysis:
Coupled-Field: Chapter 3
- Electro-magnetic-thermal-structural analysis:
Coupled-Field: Chapter 3
-
Electromagnetic analysis
- alternative solution methods:
Emag: Chapter 16
- summary of elements:
Emag: Chapter 1
- types of:
Emag: Chapter 1
- Electromagnetic macros:
Emag: Chapter 2
- Electromagnetic waves:
Emag: Chapter 10
- Electromagnetic-circuit analysis:
Coupled-Field: Chapter 3, 3-8
- Electromotive force drop:
Coupled-Field: Chapter 3, 3-11
- Electromotive force drop (EMF):
Coupled-Field: Chapter 3
- Electronic components:
Coupled-Field: Chapter 3
-
Electrostatic analysis
- and line elements:
Emag: Chapter 14
- applying loads for:
Emag: Chapter 14
- elements used in:
Emag: Chapter 14
- example of:
Emag: Chapter 14
- postprocessing:
Emag: Chapter 14
- results:
Emag: Chapter 14
- selecting solvers for:
Emag: Chapter 14
- Electrostatic field analysis:
Emag: Chapter 14
-
Element attributes:
Modeling: Chapter 7
- assigning:
Modeling: Chapter 7
- assigning to areas:
Modeling: Chapter 7
- assigning to keypoints:
Modeling: Chapter 7
- assigning to lines:
Modeling: Chapter 7
- assigning to volumes:
Modeling: Chapter 7
- clearing:
Modeling: Chapter 8
- element coordinate system (ESYS):
Modeling: Chapter 7
- element type (TYPE):
Modeling: Chapter 7
- material properties (MAT):
Modeling: Chapter 7
- real constants (REAL):
Modeling: Chapter 7
- revising:
Modeling: Chapter 9
- section ID (SECNUM):
Modeling: Chapter 7
- solid model attributes:
Modeling: Chapter 7
- Element birth and death:
Structural: Chapter 8
- Element coordinate system, defining:
Emag: Chapter 2
- Element coordinate systems:
Modeling: Chapter 3
- Element damping:
Structural: Chapter 5
- Element data, defining variables for:
Emag: Chapter 15
- Element definition:
Modeling: Chapter 9
- Element faces:
Modeling: Chapter 8
- Element loads:
Structural: Chapter 4
- Element order:
Coupled-Field: Chapter 2
- Element output definitions:
Basic: Chapter 5
- Element reordering:
Modeling: Chapter 11
- Element shapes:
- and area mapped meshing:
Modeling: Chapter 7
- and contact:
Structural: Chapter 9
- avoiding stretched:
Modeling: Chapter 7
- checking:
Modeling: Chapter 7
- changing shape limits:
Modeling: Chapter 7
- deciding whether shapes are acceptable:
Modeling: Chapter 7
- failures and volume sweeping:
Modeling: Chapter 7
- retesting existing elements:
Modeling: Chapter 7
- retrieving shape parameter data:
Modeling: Chapter 7
- turning off entirely:
Modeling: Chapter 7
- turning off individual shape tests:
Modeling: Chapter 7
- viewing current shape limits:
Modeling: Chapter 7
- viewing results:
Modeling: Chapter 7
- degenerate shapes:
Modeling: Chapter 7
- converting to non-degenerate:
Modeling: Chapter 7
- pyramids:
Modeling: Chapter 7
- setting:
Modeling: Chapter 7
- tet:
Modeling: Chapter 7
-
Element sizes:
Modeling: Chapter 7
- controlling transitioning during mesh:
Modeling: Chapter 7
- hierarchy during meshing:
Modeling: Chapter 7
-
Element table
- component name method:
Basic: Chapter 5
- creating:
Basic: Chapter 5
- listing data in:
Basic: Chapter 5
- notes about defining:
Basic: Chapter 5
- sequence number method:
Basic: Chapter 5
- Element table items, displaying:
Basic: Chapter 12
- Element tables, calculations for:
Basic: Chapter 5
-
Element types
- and compatible physics environments:
Coupled-Field: Chapter 2
- and electromagnetic analysis:
Emag: Chapter 1
- choosing for 3-D nodal-based analysis:
Emag: Chapter 9
- compatibility across physics environments:
Coupled-Field: Chapter 2
- coupled-field:
Coupled-Field: Chapter 3
- direct method:
Coupled-Field: Chapter 1
- edge-based analysis:
Emag: Chapter 6
- explicit dynamics:
Structural: Chapter 14
- for 2-D harmonic magnetic analysis:
Emag: Chapter 3
- for 2-D static magnetic analysis:
Emag: Chapter 2
- for a 3-D static magnetic analysis:
Emag: Chapter 5
- for electrostatic analysis:
Emag: Chapter 14
- for FLOTRAN analysis:
CFD FLOTRAN: Chapter 2
- high-frequency electromagnetic analysis:
Emag: Chapter 10
- hyperelasticity and:
Structural: Chapter 8
- implicit-explicit pairs:
Structural: Chapter 14
- reference numbers for elements:
Basic: Chapter 1
- specifying:
Emag: Chapter 2
- structural:
Structural: Chapter 1
- table of:
Modeling: Chapter 7
- Element types, specifying:
Thermal: Chapter 2
-
Elements:
Modeling: Chapter 9
- 2-D solid for magnetic analysis:
Emag: Chapter 2
- 2-D solid for magnetic harmonic analysis:
Emag: Chapter 3
- associating sec IDs with:
Advanced: Chapter 8
- body loads for:
Basic: Chapter 2
- element matrices:
Basic: Chapter 1
- element real constants:
Basic: Chapter 1
- element type table:
Basic: Chapter 1
- far-field for magnetic analysis:
Emag: Chapter 2
- for electric field analysis:
Emag: Chapter 13
- for static analysis:
Emag: Chapter 2
- for steady-state thermal analysis:
Thermal: Chapter 2
- for transient magnetic analysis:
Emag: Chapter 4
- for transient thermal analysis:
Thermal: Chapter 3
- general circuit for magnetic analysis:
Emag: Chapter 2
- layered shell elements:
Basic: Chapter 5
- LINK31 element:
Thermal: Chapter 4
- modifying:
Coupled-Field: Chapter 2
- moving and copying:
Modeling: Chapter 8
- refining the mesh around:
Modeling: Chapter 8
- selecting an element set:
Basic: Chapter 2
- shape definition:
Modeling: Chapter 7
- shell elements:
Basic: Chapter 5
- sorting by number:
Basic: Chapter 5
- superimposing on radiating surfaces:
Thermal: Chapter 4
- surface effect elements:
Basic: Chapter 2
- Thermal: Chapter 4
- sweeping through volumes:
Modeling: Chapter 7
-
Elements types
- adaptive meshing:
Advanced: Chapter 3
- defining:
Basic: Chapter 1
- ELIST command:
Basic: Chapter 1
- Structural: Chapter 11
- Emag: Chapter 5
- .elmd.1800 file:
Operations: Chapter 2
- EMAGERR command:
Basic: Chapter 5
- Emag: Chapter 2
- .EMAT file suffix:
Operations: Chapter 2
- EMF:
Coupled-Field: Chapter 3, 3-10, 3-11
- EMF command:
Basic: Chapter 5
- Emag: Chapter 11
- EMF macro:
Emag: Chapter 11
- EMID command:
Modeling: Chapter 8
- EMIS command:
Thermal: Chapter 4
- Emissivity:
Thermal: Chapter 4
- EMODIF command:
Modeling: Chapter 8
- Structural: Chapter 14
- Emag: Chapter 9
- EMORE command:
Modeling: Chapter 9
- EMUNIT command:
Emag: Chapter 5
- EN command:
Modeling: Chapter 9
- Encapsulated PostScript:
Basic: Chapter 16
- Energy error:
Basic: Chapter 5
- Energy norm:
Basic: Chapter 5
- Energy release rate:
Structural: Chapter 10
- ENGEN command:
Modeling: Chapter 9
- Engineering strain:
Structural: Chapter 8
- Engineering stress:
Structural: Chapter 8
- ENORM command:
Modeling: Chapter 8
- Structural: Chapter 9
- ENSYM command:
Modeling: Chapter 8
-
Entering ANSYS
- from the command line:
Operations: Chapter 3
- from UNIX systems:
Operations: Chapter 3
- from Windows systems:
Operations: Chapter 3
- Entering coordinates for picked items:
Operations: Chapter 5
- Entering processors:
Operations: Chapter 2
-
Entities
- clearing or deleting:
Modeling: Chapter 5
- copying or moving:
Modeling: Chapter 5
- deleting, unmeshed:
Modeling: Chapter 8
- displaying:
Basic: Chapter 8
- multiple:
Operations: Chapter 5
- picking:
Operations: Chapter 5
- Environment variables:
Operations: Chapter 4
- EPLOT command:
Basic: Chapter 1
- Modeling: Chapter 8
- Structural: Chapter 2
- Emag: Chapter 5
- Epoxy:
Structural: Chapter 11
- EQSLV command:
Basic: Chapter 3
- Structural: Chapter 2
- Thermal: Chapter 2
- Emag: Chapter 13
- Coupled-Field: Chapter 4
-
Equation solvers:
Structural: Chapter 2
- full:
Emag: Chapter 4
-
selecting
- for electrostatic analysis:
Emag: Chapter 14
- for transient electric circuit analysis:
Emag: Chapter 15
- Equilibrium checks:
Basic: Chapter 5
- Modeling: Chapter 12
- Equilibrium equations:
Structural: Chapter 9
-
Equilibrium iterations:
Basic: Chapter 2
- Structural: Chapter 8
- Emag: Chapter 2
- number of:
Structural: Chapter 2
- Equipotential lines:
Emag: Chapter 11
- /ERASE command:
Basic: Chapter 9
- ERASE command:
Basic: Chapter 8
- EREAD command:
Modeling: Chapter 9
- EREFINE command:
Modeling: Chapter 8
- ERESX command:
Basic: Chapter 2
- Structural: Chapter 2
- Thermal: Chapter 3
- CFD FLOTRAN: Chapter 2
- Coupled-Field: Chapter 4
- ERNORM command:
Basic: Chapter 5
- ERRANG command:
Modeling: Chapter 9
-
Error estimation:
Basic: Chapter 5
- Structural: Chapter 2
- suppressing error estimation:
Basic: Chapter 5
-
Error messages:
Operations: Chapter 2
- authorization file error messages:
Operations: Chapter 2
- documentation file error messages:
Operations: Chapter 2
- FORTRAN runtime error messages:
Operations: Chapter 2
- licensing:
Operations: Chapter 2
- limiting display of:
Operations: Chapter 2
- memory error messages:
Operations: Chapter 2
- XANSYS error messages:
Operations: Chapter 2
- Error norm:
Basic: Chapter 5
- Error recovery:
Modeling: Chapter 5
- Errors, tessellation:
Modeling: Chapter 5
- ESEL command:
Basic: Chapter 2
- Structural: Chapter 9
- /ESHAPE command:
Basic: Chapter 1
- Emag: Chapter 5
- ESIZE command:
Modeling: Chapter 7
- ESLA command:
Basic: Chapter 7
- ESLL command:
Basic: Chapter 7
- ESLN command:
Basic: Chapter 7
- ESLV command:
Basic: Chapter 7
- ESOL command:
Structural: Chapter 4
- Thermal: Chapter 3
- Emag: Chapter 8
- ESORT command:
Basic: Chapter 5
- Structural: Chapter 2
- Emag: Chapter 7
- ESTIF command:
Structural: Chapter 8
- ESURF command:
Modeling: Chapter 9
- Structural: Chapter 9
- Thermal: Chapter 4
- Emag: Chapter 9
- ESYM command:
Modeling: Chapter 9
- ESYS command:
Modeling: Chapter 3
- Structural: Chapter 13
- Emag: Chapter 9
- ET command:
Basic: Chapter 1
- Modeling: Chapter 9
- Structural: Chapter 9
- Thermal: Chapter 2
- ETABLE command:
Basic: Chapter 5
- Structural: Chapter 2
- Emag: Chapter 2
- ETCHG command:
Structural: Chapter 14
- Euler rotation angles:
Modeling: Chapter 3
- EUSORT command:
Basic: Chapter 5
- *EVAL command:
Structural: Chapter 8
- EWRITE command:
Modeling: Chapter 9
-
Example problems
- 2-D harmonic analysis:
Emag: Chapter 3
- 2-D transient magnetic analysis:
Emag: Chapter 4
- buckling analysis:
Structural: Chapter 7
- Advanced: Chapter 1
- electrostatic analysis:
Emag: Chapter 14
- harmonic response analysis:
Structural: Chapter 4
- modal analysis:
Structural: Chapter 3
- nonlinear analysis:
Structural: Chapter 8
- reduced transient dynamic analysis:
Structural: Chapter 5
- single-point response spectrum analysis:
Structural: Chapter 6
- static analysis:
Structural: Chapter 2
- Emag: Chapter 15
- Excitation direction:
Structural: Chapter 6
- Excitation loads:
Emag: Chapter 2
- Executing macros:
Operations: Chapter 4
- /EXIT command:
Basic: Chapter 5
- Operations: Chapter 2
-
Exiting ANSYS:
Operations: Chapter 2
- closing the Utility Menu:
Operations: Chapter 4
- from the launcher:
Operations: Chapter 3
- from the Output Window:
Operations: Chapter 4
- Exiting from online help:
Operations: Chapter 7
- Expand, single solution:
Structural: Chapter 5
- /EXPAND command:
Structural: Chapter 3
- EXPAND command:
Structural: Chapter 3
- Expand the modes, single-point response spectrum analysis:
Structural: Chapter 6
-
Expand the solution
- buckling analysis:
Structural: Chapter 7
- reduced harmonic response analysis:
Structural: Chapter 4
- Expanded modes, number to use:
Structural: Chapter 6
- Expanded solution, review results:
Structural: Chapter 5
- Expanding modes:
Structural: Chapter 3
- Expansion frequency range:
Structural: Chapter 3
-
Expansion pass:
Structural: Chapter 4
- Advanced: Chapter 5
- activating:
Structural: Chapter 3
- buckling analysis:
Structural: Chapter 7
-
harmonic response analysis
- mode superposition method:
Structural: Chapter 4
- reduced method:
Structural: Chapter 4
- substructuring:
Advanced: Chapter 5
-
transient dynamic analysis
- mode superposition method:
Structural: Chapter 5
- reduced method:
Structural: Chapter 5
-
Expansion pass options
- buckling analysis:
Structural: Chapter 7
- harmonic response analysis (reduced):
Structural: Chapter 4
- modal analysis:
Structural: Chapter 3
- transient dynamic analysis (reduced):
Structural: Chapter 5
- EXPASS command:
Structural: Chapter 3
- Expired license:
Operations: Chapter 2
- Explicit dynamics, contact:
Structural: Chapter 9
-
Explicit dynamics analysis:
Structural: Chapter 14
- applying loads:
Structural: Chapter 14
- birdstrike analysis:
Structural: Chapter 14
- commands used in:
Structural: Chapter 14
- constraints:
Structural: Chapter 14
- contact:
Structural: Chapter 14
- data smoothing:
Structural: Chapter 14
- displaying load symbols:
Structural: Chapter 14
- DOF coupling:
Structural: Chapter 14
- drelax file:
Structural: Chapter 14
- droptest simulation:
Structural: Chapter 14
- dynamic relaxation:
Structural: Chapter 14
- element types:
Structural: Chapter 14
- explicit-implicit element type pairs:
Structural: Chapter 14
- explicit-implicit sequential solution:
Structural: Chapter 14
- implicit-explicit element type pairs:
Structural: Chapter 14
- implicit-explicit sequential solution:
Structural: Chapter 14
- importing stresses:
Structural: Chapter 14
- initial velocities:
Structural: Chapter 14
- material models:
Structural: Chapter 14
- output control options:
Structural: Chapter 14
- sequential solutions:
Structural: Chapter 14
- setting preferences:
Structural: Chapter 14
- springback calculations:
Structural: Chapter 14
- steps in:
Structural: Chapter 14
- viewing load curves:
Structural: Chapter 14
- Explicit element types:
Structural: Chapter 14
- Explicit focus:
Operations: Chapter 6
- EXPSOL command:
Basic: Chapter 2
- Structural: Chapter 4
- External files:
Basic: Chapter 18
- External graphics:
Basic: Chapter 16
- EXTOPT command:
Modeling: Chapter 7
- Extra element shapes:
Structural: Chapter 8
- Extracting modes.
See: Modal analysis
- Extrapolation of results:
Structural: Chapter 2
- EXTREM command:
Basic: Chapter 6
- Structural: Chapter 4
- Thermal: Chapter 3
- Emag: Chapter 8
- Extruding, volumes:
Modeling: Chapter 5
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- F command:
Structural: Chapter 6
- Thermal: Chapter 4
- /FACET command:
Basic: Chapter 11
- Facet volume mesh:
Modeling: Chapter 7
-
Failure criteria:
Structural: Chapter 11
- maximum strain:
Structural: Chapter 11
- maximum stress:
Structural: Chapter 11
- Tsai-Wu:
Structural: Chapter 11
- Failures, convergence:
Structural: Chapter 8
- Fan type meshing:
Modeling: Chapter 7
- Far-field element usage tips:
Emag: Chapter 12
-
Far-field elements:
Emag: Chapter 12
- description of:
Emag: Chapter 12
- for magnetic analysis:
Emag: Chapter 2
- for magnetic harmonic analysis:
Emag: Chapter 3
- Far-field infinite boundary:
Emag: Chapter 10
-
Fatigue
- alternating stress intensity:
Structural: Chapter 12
- design stress-intensity value (Sm):
Structural: Chapter 12
- evaluation procedure:
Structural: Chapter 12
- event:
Structural: Chapter 12
- event repetitions:
Structural: Chapter 12
- fatigue data file (
Jobname:.FATG): Structural: Chapter 12
- guidelines for assembling events:
Structural: Chapter 12
- loading:
Structural: Chapter 12
- location:
Structural: Chapter 12
- manually stored stresses:
Structural: Chapter 12
- material properties:
Structural: Chapter 12
- overview:
Structural: Chapter 12
- S-N curve:
Structural: Chapter 12
- sample input:
Structural: Chapter 12
- scale factors:
Structural: Chapter 12
- Sm-T curve:
Structural: Chapter 12
- strain hardening exponents:
Structural: Chapter 12
- stress concentration factors:
Structural: Chapter 12
- stress locations:
Structural: Chapter 12
- stresses at a cross-section:
Structural: Chapter 12
- stresses from results file:
Structural: Chapter 12
- with p-elements:
Structural: Chapter 13
- Fatigue assessments:
Structural: Chapter 13
- Fatigue calculations, activating:
Structural: Chapter 12
- FCUM command:
Basic: Chapter 2
- /FDELE command:
Basic: Chapter 19
- FE command:
Structural: Chapter 12
- Fiberglass:
Structural: Chapter 11
- Field load:
Basic: Chapter 2
- File buffers:
Basic: Chapter 19
- FILE command:
Basic: Chapter 5
- Structural: Chapter 4
- File identifiers, table of:
Basic: Chapter 18
- File management:
Basic: Chapter 18
- File menu item:
Operations: Chapter 4
- File menu item (Help system):
Operations: Chapter 7
- File size estimates:
Basic: Chapter 3
- File splitting:
Operations: Chapter 6
- FILEDISP command:
Basic: Chapter 16
-
Files:
Basic: Chapter 18
- .login file:
Operations: Chapter 3
- .profile file:
Operations: Chapter 3
- .Xdefaults:
Operations: Chapter 4
- accessing binary files over NFS:
Basic: Chapter 18
- ANSYS file types:
Operations: Chapter 2
- ANSYS program files:
Operations: Chapter 2
- ANSYS55:
Operations: Chapter 4
- AVI files:
Basic: Chapter 15
- changing the default filename:
Basic: Chapter 18
- coded:
Basic: Chapter 18
- color map:
Basic: Chapter 17
- CONFIG.ANS:
Basic: Chapter 19
- CONFIG.ANS file:
Operations: Chapter 3
- design optimization analysis file:
Advanced: Chapter 1
- .elmd.1800:
Operations: Chapter 2
- files ANSYS writes:
Basic: Chapter 18
- floprp.ans:
CFD FLOTRAN: Chapter 8
- graphics:
Basic: Chapter 16
- graphics specifications:
Basic: Chapter 9
- HPGL
nn:.GRPH: Basic: Chapter 16
- INTL
nn:.GRPH: Basic: Chapter 16
- Jobname:
Operations: Chapter 3
-
Jobname:.ABT: Basic: Chapter 3
-
Jobname:.ADPT: Advanced: Chapter 3
-
Jobname:.BFIN: Advanced: Chapter 4
-
Jobname:.CBDO: Advanced: Chapter 4
-
Jobname:.CDB: Modeling: Chapter 11
-
Jobname:.CMAP: Basic: Chapter 17
-
Jobname:.DB: Basic: Chapter 3
-
Jobname:.DSUB: Advanced: Chapter 5
-
Jobname:.ELEM: Modeling: Chapter 9
-
Jobname:.EMAT: Basic: Chapter 3
-
Jobname:.ESAV: Basic: Chapter 3
-
Jobname:.FATG: Structural: Chapter 12
-
Jobname:.FULL: Basic: Chapter 3
-
Jobname:.GRPH: Basic: Chapter 16
-
Jobname:.GSAV: Basic: Chapter 9
-
Jobname:.IGES: Modeling: Chapter 11
-
Jobname:.LOG: Advanced: Chapter 1
- Jobname.LOG:
Operations: Chapter 2
-
Jobname:.LOOP: Advanced: Chapter 1
-
Jobname:.NODE: Modeling: Chapter 9
- Advanced: Chapter 4
-
Jobname:.OPO: Advanced: Chapter 1
-
Jobname:.OPT: Advanced: Chapter 1
-
Jobname:.OUT: Basic: Chapter 3
-
Jobname:.PAGE: Basic: Chapter 19
-
Jobname:.RFL: Basic: Chapter 3
-
Jobname:.RMG: Basic: Chapter 1
- Emag: Chapter 3
-
Jobname:.RST: Basic: Chapter 1
- Emag: Chapter 3
- Coupled-Field: Chapter 4
-
Jobname:.RTH: Basic: Chapter 1
-
Jobname:.Snn:: Basic: Chapter 2
-
Jobname:.STAT: Basic: Chapter 3
-
Jobname:.TRI: Basic: Chapter 3
- large:
Operations: Chapter 6
- material libraries:
Basic: Chapter 1
- naming guidelines:
Operations: Chapter 2
- permanent files:
Basic: Chapter 18
- PSCR
nn:.GRPH: Basic: Chapter 16
- reading in:
Basic: Chapter 18
- reassigning names to:
Basic: Chapter 18
- results:
Basic: Chapter 3
- saving:
Operations: Chapter 2
- .SECT:
Advanced: Chapter 8
-
Sename:.SUB: Advanced: Chapter 5
- sending output to:
Basic: Chapter 3
- START.ANS:
Advanced: Chapter 7
- start.ans:
Operations: Chapter 6
- start.ans file:
Operations: Chapter 3
- START.DSP:
Basic: Chapter 16
- suffixes for:
Operations: Chapter 2
- temporary files:
Basic: Chapter 18
- text vs. binary:
Basic: Chapter 18
- tips for using binary files:
Basic: Chapter 18
- translating file formats:
Operations: Chapter 3
- writing out:
Basic: Chapter 18
- written by ANSYS:
Basic: Chapter 18
- X-resource files:
Operations: Chapter 4
- xansys.log:
Operations: Chapter 2
- FILL command:
Modeling: Chapter 3
-
Fillet
- area fillets:
Modeling: Chapter 5
- line fillets:
Modeling: Chapter 5
- /FILNAME command:
Basic: Chapter 1
- Operations: Chapter 2
- FINISH command:
Basic: Chapter 16
- Structural: Chapter 2
- Thermal: Chapter 3
- Emag: Chapter 13
- Finish menu item:
Operations: Chapter 4
-
Finite element analysis
- applying loads to and solving models:
Basic: Chapter 1
- building a typical model:
Basic: Chapter 1
- creating model geometry:
Basic: Chapter 1
- defining a system of units for:
Basic: Chapter 1
- defining element types:
Basic: Chapter 1
- restarting:
Basic: Chapter 1
- reviewing results of:
Basic: Chapter 1
- solving:
Basic: Chapter 1
- subtitles:
Basic: Chapter 1
- types of analysis:
Basic: Chapter 1
- typical steps in:
Basic: Chapter 1
- using time to track analyses:
Basic: Chapter 2
- Finite element mesh, creating:
CFD FLOTRAN: Chapter 2
- Finite element models
- loads on
- advantages of:
Basic: Chapter 2
- disadvantages of:
Basic: Chapter 2
- Finite resistance (R):
Coupled-Field: Chapter 3, 3-15
- FL command:
Structural: Chapter 12
- FLANGE command:
Modeling: Chapter 10
- FLDATA command:
CFD FLOTRAN: Chapter 11
- FLDATA1 command:
CFD FLOTRAN: Chapter 2
- FLDATA12 command:
CFD FLOTRAN: Chapter 8
- FLDATA13 command:
CFD FLOTRAN: Chapter 5
- FLDATA14 command:
CFD FLOTRAN: Chapter 5
- FLDATA15 command:
CFD FLOTRAN: Chapter 8
- FLDATA17 command:
CFD FLOTRAN: Chapter 7
- FLDATA18 command:
CFD FLOTRAN: Chapter 5
- FLDATA19 command:
CFD FLOTRAN: Chapter 10
- FLDATA2 command:
CFD FLOTRAN: Chapter 2
- FLDATA20 command:
CFD FLOTRAN: Chapter 10
- FLDATA21 command:
CFD FLOTRAN: Chapter 10
- FLDATA22 command:
CFD FLOTRAN: Chapter 10
- FLDATA23 command:
CFD FLOTRAN: Chapter 10
- FLDATA24 command:
CFD FLOTRAN: Chapter 4
- FLDATA25 command:
CFD FLOTRAN: Chapter 2
- FLDATA29 command:
CFD FLOTRAN: Chapter 2
- FLDATA30 command:
CFD FLOTRAN: Chapter 2
- FLDATA31 command:
CFD FLOTRAN: Chapter 4
- FLDATA32 command:
CFD FLOTRAN: Chapter 2
- FLDATA4 command:
CFD FLOTRAN: Chapter 2
- FLDATA4A command:
CFD FLOTRAN: Chapter 6
- FLDATA5 command:
CFD FLOTRAN: Chapter 2
- FLDATA6 command:
CFD FLOTRAN: Chapter 11
- FLDATA7 command:
CFD FLOTRAN: Chapter 8
- FLDATA8 command:
CFD FLOTRAN: Chapter 8
- FLLIST command:
Structural: Chapter 12
-
FLOTRAN
- applications for:
CFD FLOTRAN: Chapter 1
- solvers:
CFD FLOTRAN: Chapter 10
- special features:
CFD FLOTRAN: Chapter 9
- specifying fluid properties for:
CFD FLOTRAN: Chapter 8
- what FLOTRAN does:
CFD FLOTRAN: Chapter 1
-
FLOTRAN analysis
- characterizing as laminar or turbulent:
CFD FLOTRAN: Chapter 4
- compressible flow analysis:
CFD FLOTRAN: Chapter 1
- evaluating:
CFD FLOTRAN: Chapter 2
- examples of:
CFD FLOTRAN: Chapter 3
- FLOTRAN thermal analysis:
CFD FLOTRAN: Chapter 1
- laminar flow analysis:
CFD FLOTRAN: Chapter 1
- non-Newtonian fluid flow analysis:
CFD FLOTRAN: Chapter 1
- overview of:
CFD FLOTRAN: Chapter 2
- restarting:
CFD FLOTRAN: Chapter 2
- setting parameters for:
CFD FLOTRAN: Chapter 2
- stopping:
CFD FLOTRAN: Chapter 2
- strategies for difficult problems:
CFD FLOTRAN: Chapter 4
- things to watch for in an analysis:
CFD FLOTRAN: Chapter 2
- turbulent flow analysis:
CFD FLOTRAN: Chapter 1
- types of analysis:
CFD FLOTRAN: Chapter 1
- verifying results of:
CFD FLOTRAN: Chapter 2
-
FLOTRAN compressible analysis:
CFD FLOTRAN: Chapter 7
- requirements for:
CFD FLOTRAN: Chapter 7
-
FLOTRAN elements:
CFD FLOTRAN: Chapter 1
- features of:
CFD FLOTRAN: Chapter 2
- files created by:
CFD FLOTRAN: Chapter 2
- incompatibilities with ANSYS commands:
CFD FLOTRAN: Chapter 2
- limitations of:
CFD FLOTRAN: Chapter 2
-
FLOTRAN thermal analysis:
CFD FLOTRAN: Chapter 5
- loads for:
CFD FLOTRAN: Chapter 5
-
FLOTRAN transient analysis:
CFD FLOTRAN: Chapter 6
- saving results from:
CFD FLOTRAN: Chapter 6
- Specifying execution and output:
CFD FLOTRAN: Chapter 6
- specifying how frequently results are saved:
CFD FLOTRAN: Chapter 6
- terminating and getting output from:
CFD FLOTRAN: Chapter 6
- Flow trace:
Basic: Chapter 5
- FLREAD command:
Basic: Chapter 5
- CFD FLOTRAN: Chapter 2
- Fluid analyses, acoustics.
See: Acoustics
- Fluid flow analysis, characteristics of:
CFD FLOTRAN: Chapter 4
- Fluid loads:
Basic: Chapter 2
- Fluid properties, initializing and varying:
CFD FLOTRAN: Chapter 8
- Fluid properties, specifying for FLOTRAN:
CFD FLOTRAN: Chapter 8
- Fluid property database, modifying:
CFD FLOTRAN: Chapter 8
- Fluid property types:
CFD FLOTRAN: Chapter 8
- Fluid-structural analysis example:
Coupled-Field: Chapter 2
- Fluid-structure interaction:
Coupled-Field: Chapter 4, 4-13, 4-16
- Fluid-structure interface:
Coupled-Field: Chapter 4
- FLUID129:
Coupled-Field: Chapter 4
- FLUID130:
Coupled-Field: Chapter 4
- FLUID141 element:
CFD FLOTRAN: Chapter 2
- FLUID142 element:
CFD FLOTRAN: Chapter 2
- FLUID29:
Coupled-Field: Chapter 4
- FLUID29 element:
Coupled-Field: Chapter 3
- FLUID30:
Coupled-Field: Chapter 4
- FLUID30 element:
Coupled-Field: Chapter 3
- FLUID66 element:
Coupled-Field: Chapter 3
- Flux, calculating:
Emag: Chapter 11
- Flux lines:
Emag: Chapter 2
- FLUXV command:
Basic: Chapter 5
- Emag: Chapter 2
- FMAGBC command:
Basic: Chapter 5
- Emag: Chapter 5
- FMAGBC macro:
Emag: Chapter 6
- FMAGSUM command:
Basic: Chapter 5
- Emag: Chapter 2
- FMAGSUM macro:
Emag: Chapter 6
- /FOCUS command:
Basic: Chapter 9
- Font customization:
Operations: Chapter 6
- FOR2D command:
Basic: Chapter 5
- Emag: Chapter 2
- Force and moment summation:
Basic: Chapter 5
- FORCE command:
Basic: Chapter 5
- Structural: Chapter 5
-
Force flags:
Emag: Chapter 2
- for 2-D harmonic analysis:
Emag: Chapter 3
- Forced convection:
CFD FLOTRAN: Chapter 1
- Forced vibrations:
Structural: Chapter 4
-
Forces:
Basic: Chapter 2
- Coupled-Field: Chapter 4
- accumulating:
Basic: Chapter 2
- commands for applying:
Basic: Chapter 2
- for each analysis discipline:
Basic: Chapter 2
- repeating:
Basic: Chapter 2
- scaling:
Basic: Chapter 2
- transferring:
Basic: Chapter 2
- Forcing frequency:
Coupled-Field: Chapter 4
- Forcing frequency range:
Structural: Chapter 4
- Forcing functions:
Basic: Chapter 2
- Foreground mode:
Operations: Chapter 3
- FORM command:
Basic: Chapter 18
- Form factors, calculating:
Thermal: Chapter 4
- Format, of material library files:
Basic: Chapter 1
- /FORMAT command:
Basic: Chapter 5
- FORTRAN, runtime error messages:
Operations: Chapter 2
- Fourth nodes (for quadratic elements):
Modeling: Chapter 7
- FP command:
Structural: Chapter 12
- Fracture assessments:
Structural: Chapter 13
-
Fracture mechanics:
Structural: Chapter 10
- solving problems:
Structural: Chapter 10
- fracture mechanics:
Structural: Chapter 10
-
Fracture models
- 2-D:
Structural: Chapter 10
- 3-D:
Structural: Chapter 10
- Fracture parameters, calculating:
Structural: Chapter 10
- Frames of reference, rotating:
CFD FLOTRAN: Chapter 9
- Free convection:
CFD FLOTRAN: Chapter 5
- Free mesh:
Modeling: Chapter 7
- Free meshing:
Modeling: Chapter 7
- Structural: Chapter 13
- Free-body analysis.
See: Inertia relief
- Free-space permeable material regions for 3-D models:
Emag: Chapter 5
- FREQ command:
Structural: Chapter 6
- Frequency range for expansion:
Structural: Chapter 3
- Frequency vector:
Structural: Chapter 6
- Frequency-dependent damping ratio:
Structural: Chapter 6
- Friction:
Structural: Chapter 9
- Frontal solver:
Basic: Chapter 3
-
Frontal solvers:
Emag: Chapter 14
- and 2-D models:
Emag: Chapter 2
- FS command:
Structural: Chapter 12
- FSDELE command:
Structural: Chapter 12
- FSLIST command:
Structural: Chapter 12
- FSNODE command:
Structural: Chapter 12
- FSPLOT command:
Basic: Chapter 13
- Structural: Chapter 12
- FSSECT command:
Structural: Chapter 12
- FSUM command:
Basic: Chapter 5
- Structural: Chapter 2
- FTCALC command:
Structural: Chapter 12
- FTSIZE command:
Structural: Chapter 12
- FTWRITE command:
Structural: Chapter 12
- /FTYPE command:
Basic: Chapter 18
- /FTYPE command:
Basic: Chapter 19
- Full harmonic response analysis, procedure:
Structural: Chapter 4
- Full transient dynamic analysis, procedure:
Structural: Chapter 5
- Fuses:
Coupled-Field: Chapter 3
- FVMESH command:
Modeling: Chapter 7
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- Gap conditions:
Structural: Chapter 5
- GAPFINISH command:
Modeling: Chapter 6
- GAPLIST command:
Modeling: Chapter 6
- GAPMERGE command:
Modeling: Chapter 6
- GAPOPT command:
Modeling: Chapter 6
- GAPPLOT command:
Modeling: Chapter 6
- GAUGE command:
Emag: Chapter 6
- Gauss integration points:
Structural: Chapter 9
- GCGEN command:
Modeling: Chapter 9
- Structural: Chapter 9
- /GCMD command:
Basic: Chapter 8
- General circuit elements, for magnetic harmonic analysis:
Emag: Chapter 3
- General load step options:
Basic: Chapter 2
- Emag: Chapter 16
- General Postproc menu item:
Operations: Chapter 4
- General postprocessor, and transient electric circuit analysis:
Emag: Chapter 15
- General postprocessor (POST1):
Basic: Chapter 5
- General preprocessor:
Operations: Chapter 2
- Generalized Scalar Potential (GSP):
Emag: Chapter 5
- Generation pass:
Advanced: Chapter 5
- GEOM command:
Thermal: Chapter 4
- Geometric nonlinearities:
Structural: Chapter 8
- Geometric primitives:
Modeling: Chapter 5
- Geometry:
Modeling: Chapter 5
- Geometry data for sections:
Advanced: Chapter 8
- Geometry data of a section:
Advanced: Chapter 8
-
Geometry display:
Basic: Chapter 11
- using the GUI:
Basic: Chapter 11
- Geometry information:
Modeling: Chapter 5
- Geometry, choosing 2-D or 3-D:
Thermal: Chapter 4
- *GET command:
Structural: Chapter 3
- Glass:
Structural: Chapter 8
- /GLINE command:
Basic: Chapter 11
- Global Cartesian system:
Basic: Chapter 2
- Global coordinate systems:
Modeling: Chapter 3
- Global element size:
Modeling: Chapter 7
-
Global iterations:
CFD FLOTRAN: Chapter 2
- specifying the number of:
CFD FLOTRAN: Chapter 6
- Glue (Boolean operation):
Modeling: Chapter 5
- GP command:
Structural: Chapter 5
- GPDELE command:
Structural: Chapter 5
- GPLIST command:
Structural: Chapter 5
- Gradient slopes:
Basic: Chapter 2
- Gradients, specifying for cylindrical coordinate systems:
Basic: Chapter 2
- Graph plots:
Basic: Chapter 6
-
Graphical picking:
Operations: Chapter 5
- hot spots:
Operations: Chapter 5
- locational picking:
Operations: Chapter 5
- loop mode:
Operations: Chapter 5
- mouse button assignments:
Operations: Chapter 5
- options:
Operations: Chapter 5
- query picking:
Operations: Chapter 5
- retrieval picking:
Operations: Chapter 5
- Graphical Solution Tracking (GST):
CFD FLOTRAN: Chapter 2
-
Graphical user interface
-
activating:
Operations: Chapter 4
- on UNIX systems:
Operations: Chapter 3
- on Windows systems:
Operations: Chapter 3
- configuring:
Operations: Chapter 3
- customizing:
Operations: Chapter 6
- issuing functions via the GUI:
Operations: Chapter 2
- layout:
Operations: Chapter 3
- purpose of:
Operations: Chapter 4
- turning off menus and windows:
Operations: Chapter 4
- using:
Operations: Chapter 4
-
Graphics:
Basic: Chapter 8
- Operations: Chapter 4
- aborting a display:
Basic: Chapter 8
- action commands:
Basic: Chapter 8
- adjusting input focus:
Basic: Chapter 8
-
animation:
Basic: Chapter 15
- in ANSYS:
Basic: Chapter 15
- in DISPLAY:
Basic: Chapter 16
- off-line:
Basic: Chapter 15
- annotation button menu:
Basic: Chapter 14
- ANSYS logo:
Basic: Chapter 9
- array parameter graphs:
Basic: Chapter 13
- automatic scaling:
Basic: Chapter 8
- clipped and capped displays:
Basic: Chapter 11
- color map:
Basic: Chapter 17
- colors:
Basic: Chapter 11
- command-driven functions:
Basic: Chapter 8
- contours:
Basic: Chapter 11
- creating graphics displays:
Basic: Chapter 8
- cutting plane:
Basic: Chapter 11
- dashed element outlines:
Basic: Chapter 11
- device names:
Basic: Chapter 8
- displaced shapes:
Basic: Chapter 12
- display aspect ratio:
Basic: Chapter 11
- DISPLAY program:
Basic: Chapter 16
- displaying results graphically:
Basic: Chapter 5
- edge displays:
Basic: Chapter 11
- Encapsulated PostScript:
Basic: Chapter 16
- erasing the display:
Basic: Chapter 8
- expanded element displays:
Basic: Chapter 11
- exporting from ANSYS:
Basic: Chapter 16
- exporting from UNIX:
Basic: Chapter 16
- external:
Basic: Chapter 16
- facets:
Basic: Chapter 11
- fatigue graphs:
Basic: Chapter 13
- files:
Basic: Chapter 16
- focus point:
Basic: Chapter 9
- frozen scaling and focus:
Basic: Chapter 9
- geometric results displays:
Basic: Chapter 12
- geometry displays:
Basic: Chapter 11
- graphics environment variables:
Basic: Chapter 8
- graphs:
Basic: Chapter 13
- GUI-driven functions:
Basic: Chapter 8
- hard-copy:
Basic: Chapter 16
- Hewlett Packard Graphics Language:
Basic: Chapter 16
- hidden-line options:
Basic: Chapter 11
- immediate mode:
Basic: Chapter 8
- in desktop publishing programs:
Basic: Chapter 16
- in word processing programs:
Basic: Chapter 16
- interactive versus external:
Basic: Chapter 8
- layer orientation:
Basic: Chapter 11
- light-source shading:
Basic: Chapter 11
- line directions:
Basic: Chapter 11
- load symbols:
Basic: Chapter 11
- magnification:
Basic: Chapter 9
- material properties:
Basic: Chapter 13
- membrane stress graphs:
Basic: Chapter 13
- numbering:
Basic: Chapter 11
- optimization graphs:
Basic: Chapter 13
- overview:
Basic: Chapter 8
- particle flow trace:
Basic: Chapter 12
- path graphs:
Basic: Chapter 13
- pause feature:
Basic: Chapter 9
- perspective displays:
Basic: Chapter 11
- PowerGraphics:
Basic: Chapter 10
- printing on an HP PaintJet printer:
Basic: Chapter 8
- raster mode:
Basic: Chapter 11
- resetting default specifications:
Basic: Chapter 9
- scaling vector load symbols:
Basic: Chapter 11
- section displays:
Basic: Chapter 11
- shrunken displays:
Basic: Chapter 11
- specification commands:
Basic: Chapter 8
- specifications file:
Basic: Chapter 9
- superimposing displays:
Basic: Chapter 9
- symbols:
Basic: Chapter 11
- Tagged Image File Format:
Basic: Chapter 16
- time-history graphs:
Basic: Chapter 13
- translucency:
Basic: Chapter 9
- triad location:
Basic: Chapter 9
- vector mode:
Basic: Chapter 11
- vector results:
Basic: Chapter 12
- viewing angle, rotating:
Basic: Chapter 9
- viewing direction, changing:
Basic: Chapter 9
- viewing orientation:
Basic: Chapter 9
- windows (ANSYS):
Basic: Chapter 9
- working plane:
Basic: Chapter 9
- /GRAPHICS command:
Structural: Chapter 14
- Graphics device name menu item:
Operations: Chapter 3
-
Graphics devices:
Operations: Chapter 3
- defining:
Operations: Chapter 4
- X11:
Operations: Chapter 4
- Graphics display methods:
Basic: Chapter 10
-
Graphics drivers:
Basic: Chapter 8
- for UNIX systems:
Basic: Chapter 8
- HP 9000 Series 700:
Basic: Chapter 8
- IBM RS/6000:
Basic: Chapter 8
- Silicon Graphics:
Basic: Chapter 8
- Starbase:
Basic: Chapter 8
- Sun SPARC or Solaris:
Basic: Chapter 8
- Sun UltraSPARC or Solaris:
Basic: Chapter 8
- using to obtain hard-copy graphics:
Basic: Chapter 16
-
Graphics Window:
Operations: Chapter 4
- capturing snapshot of:
Operations: Chapter 4
- resizing:
Operations: Chapter 4
- screen location:
Operations: Chapter 4
-
Graphs
-
See also: Graphics
- changing the appearances of:
Basic: Chapter 13
- GRP command:
Structural: Chapter 6
- .GRPH file suffix:
Operations: Chapter 2
- /GRTYP command:
Basic: Chapter 13
- GSP analysis:
Emag: Chapter 16
- GSP method of solving an analysis:
Emag: Chapter 5
- /GST command:
Thermal: Chapter 3
- Emag: Chapter 2
- GSUM command:
Modeling: Chapter 5
-
GTOLER:: Modeling: Chapter 11
- /GTYPE command:
Basic: Chapter 8
- GUI.
See: Graphical user interface
- GUI configuration menu item:
Operations: Chapter 3
- Guyan reduction:
Structural: Chapter 3
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
-
Hard points:
Modeling: Chapter 5
- defining:
Modeling: Chapter 5
- deleting:
Modeling: Chapter 5
- displaying:
Modeling: Chapter 5
- listing:
Modeling: Chapter 5
- mapped meshing limitation:
Modeling: Chapter 7
- selecting:
Modeling: Chapter 5
- HARFRQ command:
Structural: Chapter 4
- Emag: Chapter 7
- Coupled-Field: Chapter 4, 4-14
- Harmonic (AC) electric circuit analysis:
Emag: Chapter 15
- Harmonic 2-D physics environment:
Emag: Chapter 3
- Harmonic acoustic analysis:
Coupled-Field: Chapter 4
- Harmonic acoustic analysis guidelines:
Coupled-Field: Chapter 4
-
Harmonic analysis:
Emag: Chapter 15
- building a circuit for:
Emag: Chapter 15
- defining:
Emag: Chapter 3
- load steps in:
Basic: Chapter 2
- Harmonic circuit analysis, results from:
Emag: Chapter 15
- Harmonic electric circuit analysis, examples of:
Emag: Chapter 15
- Harmonic elements, loading:
Basic: Chapter 2
- Harmonic forcing frequency:
Structural: Chapter 4
-
Harmonic magnetic analysis:
Emag: Chapter 3
- 2-D:
Emag: Chapter 1
- 3-D, edge-based analysis:
Emag: Chapter 1
- MVP method of loading options:
Emag: Chapter 16
- purpose of:
Emag: Chapter 3
- results from:
Emag: Chapter 3
- Harmonic response:
Structural: Chapter 4
-
Harmonic response analysis:
Structural: Chapter 4
-
full method:
Structural: Chapter 4
- procedure:
Structural: Chapter 4
- methods of solution:
Structural: Chapter 4
-
mode superposition method
- procedure:
Structural: Chapter 4
- sample input:
Structural: Chapter 4
- prestressed:
Structural: Chapter 4
-
reduced method:
Structural: Chapter 4
- sample input:
Structural: Chapter 4
- uses for:
Structural: Chapter 4
- Harmonic solutions, number of:
Structural: Chapter 4
- /HEADER command:
Basic: Chapter 5
- Heat exchanger analysis, example of:
CFD FLOTRAN: Chapter 11
- Heat flow rates:
Thermal: Chapter 2
- Heat flux values:
Basic: Chapter 2
- Heat fluxes:
Thermal: Chapter 2
- CFD FLOTRAN: Chapter 4
- Heat generation rates:
Thermal: Chapter 2
- Heat transfer:
Thermal: Chapter 1
- Heat transfer (film) coefficients:
CFD FLOTRAN: Chapter 4
- Heating coils:
Coupled-Field: Chapter 3
- HELP command:
Operations: Chapter 7
- Help menu item:
Operations: Chapter 3
- Help menu item (Help system):
Operations: Chapter 7
-
Help system
- activating:
Operations: Chapter 3
- customizing with UIDL:
Operations: Chapter 6
- document navigation window:
Operations: Chapter 7
- exiting from:
Operations: Chapter 7
- for ANSYS:
Operations: Chapter 3
- for DISPLAY utility:
Operations: Chapter 3
- help for:
Operations: Chapter 7
- hypertext links:
Operations: Chapter 7
-
locating help topics
- using table of contents and index:
Operations: Chapter 7
- using word search:
Operations: Chapter 7
- man pages:
Operations: Chapter 7
- mouse button assignments:
Operations: Chapter 7
- options:
Operations: Chapter 7
- printing help text:
Operations: Chapter 7
- revisiting previously-viewed topics:
Operations: Chapter 7
- using:
Operations: Chapter 7
- word searching:
Operations: Chapter 7
- Help Utility menu item:
Operations: Chapter 3
- Hewlett Packard Graphics Language:
Basic: Chapter 16
- Hexahedral elements, transitional mapped meshing and:
Modeling: Chapter 7
- Hexahedron elements:
Modeling: Chapter 7
- HF119 element:
Emag: Chapter 10
- HF120 element:
Emag: Chapter 10
- HFSWEEP command:
Basic: Chapter 5
- Emag: Chapter 11
- HFSWEEP macro:
Emag: Chapter 10
- Hiding ANSYS:
Operations: Chapter 4
-
Hierarchy
- for element sizing during meshing:
Modeling: Chapter 7
- of elements:
Coupled-Field: Chapter 2
- of modeling entities:
Modeling: Chapter 5
- High frequency analysis, macros for:
Emag: Chapter 11
- High-frequency devices:
Emag: Chapter 10
- High-frequency electromagnetic analysis:
Emag: Chapter 1
- boundary conditions and loads for:
Emag: Chapter 10
- defining model region attributes for:
Emag: Chapter 10
- definition and uses of:
Emag: Chapter 10
- elements used in:
Emag: Chapter 10
- examples of harmonic high-frequency analysis:
Emag: Chapter 10
- examples of modal high-frequency analysis:
Emag: Chapter 10
- guidelines for:
Emag: Chapter 10
- modal high-frequency analysis:
Emag: Chapter 10
- options for modal analysis:
Emag: Chapter 10
- procedures for harmonic high-frequency analysis:
Emag: Chapter 10
- reviewing results from:
Emag: Chapter 10
- a modal analysis:
Emag: Chapter 10
- solving:
Emag: Chapter 10
- High-order elements:
Coupled-Field: Chapter 2
- Highlighting screen items.
See: Graphical picking
- History of session:
Operations: Chapter 2
- HMAGSOLV command:
Basic: Chapter 5
- Emag: Chapter 3
- Home page:
Operations: Chapter 4
- HOMEDRIVE environment variable:
Operations: Chapter 6
- HOMEPATH environment variable:
Operations: Chapter 6
- Hot keyboard:
Operations: Chapter 6
- Hot spots:
Operations: Chapter 5
- HPTCREATE command:
Modeling: Chapter 5
- HPTDELETE command:
Modeling: Chapter 5
- HREXP command:
Structural: Chapter 4
- HROPT command:
Structural: Chapter 4
- Emag: Chapter 10
- Coupled-Field: Chapter 4
- HROUT command:
Structural: Chapter 4
- Emag: Chapter 15
- Coupled-Field: Chapter 4
- Hydraulic diameter:
CFD FLOTRAN: Chapter 4
- HYPER158 element:
Structural: Chapter 8
- HYPER56 element:
Structural: Chapter 8
- HYPER58 element:
Structural: Chapter 8
- HYPER74 element:
Structural: Chapter 8
- HYPER84 element:
Structural: Chapter 8
- HYPER86 element:
Structural: Chapter 8
- Hyperelasticity:
Structural: Chapter 8
- automatic time stepping:
Structural: Chapter 8
- element types:
Structural: Chapter 8
- large strain:
Structural: Chapter 8
- Hypertext links:
Operations: Chapter 7
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- IC command:
Structural: Chapter 5
- Thermal: Chapter 3
- CFD FLOTRAN: Chapter 11
- ICLIST command:
Thermal: Chapter 3
-
IGES files
- completing areas:
Modeling: Chapter 6
- completing boundaries:
Modeling: Chapter 6
- DEFAULT option:
Modeling: Chapter 6
- definition:
Modeling: Chapter 6
- deleting entities:
Modeling: Chapter 6
- finding gaps:
Modeling: Chapter 6
- geometry repair:
Modeling: Chapter 6
- IGESIN command:
Modeling: Chapter 6
- interface:
Modeling: Chapter 6
- IOPTN command:
Modeling: Chapter 6
- merging gaps:
Modeling: Chapter 6
- modeling tools:
Modeling: Chapter 6
- plotting/listing preferences:
Modeling: Chapter 6
- repairing areas:
Modeling: Chapter 6
- simplifying geometry:
Modeling: Chapter 6
- steps in importing:
Modeling: Chapter 6
- topology repair:
Modeling: Chapter 6
- IGESIN command:
Modeling: Chapter 6
- IGESOUT command:
Modeling: Chapter 11
- IMMED command:
Basic: Chapter 8
- Immediate mode graphics:
Basic: Chapter 8
- Immediate mode plot:
Operations: Chapter 4
- IMPD command:
Basic: Chapter 5
- Emag: Chapter 11
- IMPD command macro:
Emag: Chapter 10
- Impedance:
Emag: Chapter 10
- Coupled-Field: Chapter 4
- Implicit element types:
Structural: Chapter 14
- Implicit focus:
Operations: Chapter 6
- Implicit-explicit sequential solutions:
Structural: Chapter 14
- Imported tetrahedral meshes, improving:
Modeling: Chapter 7
- Importing custom color maps:
Operations: Chapter 3
- Improving a tetrahedral mesh:
Modeling: Chapter 7
- Incomplete Cholesky Conjugate Gradient (ICCG) solver:
Basic: Chapter 3
- Incompressible flow:
CFD FLOTRAN: Chapter 4
- Incompressible flows:
CFD FLOTRAN: Chapter 1
- Inconsistent electric circuits:
Emag: Chapter 15
- Independent variables:
Thermal: Chapter 2
- Inductance:
Coupled-Field: Chapter 3, 3-14, 3-15
- Inductance calculation:
Emag: Chapter 11
- Inductance matrix, calculating:
Emag: Chapter 9
- Inductance matrix calculation:
Emag: Chapter 2
- Induction heating:
Coupled-Field: Chapter 2
- Induction heating analysis example:
Coupled-Field: Chapter 2
-
Inertia loads:
Basic: Chapter 2
- and units of density:
Basic: Chapter 2
- listing:
Basic: Chapter 2
-
Inertia relief:
Structural: Chapter 2
- calculating:
Structural: Chapter 2
- output:
Structural: Chapter 2
- partial:
Structural: Chapter 2
- Inertial relaxation:
CFD FLOTRAN: Chapter 2
- INFIN110 element:
Emag: Chapter 2
- INFIN111 element:
Emag: Chapter 5
- INFIN47 element:
Emag: Chapter 5
- INFIN9 element:
Emag: Chapter 2
- Infinite acoustic elements:
Coupled-Field: Chapter 4
- Infinite element:
Emag: Chapter 12
- Infinite elements.
See: Far-field elements
- Infinite surface flag loads:
Emag: Chapter 14
-
Infinite surface flags:
Emag: Chapter 2
- 2-D harmonic analysis:
Emag: Chapter 3
- Information about picked entity:
Operations: Chapter 5
- Initial accelerations:
Structural: Chapter 5
-
Initial conditions, transient dynamic analysis
- full method:
Structural: Chapter 5
- mode superposition method:
Structural: Chapter 5
- reduced method:
Structural: Chapter 5
- Initial displacement:
Structural: Chapter 5
- Initial interference analysis:
Structural: Chapter 9
- Initial jobname menu item:
Operations: Chapter 3
-
Initial velocity:
Structural: Chapter 5
- explicit dynamics analysis:
Structural: Chapter 14
- Input and transmitted power, calculating:
Emag: Chapter 10
- /INPUT command:
Basic: Chapter 18
- Structural: Chapter 8
- Operations: Chapter 8
- Input file:
Operations: Chapter 8
- including in output file:
Operations: Chapter 3
- specifying on UNIX systems:
Operations: Chapter 3
- specifying on Windows systems:
Operations: Chapter 3
-
Input Window:
Operations: Chapter 4
- launching graphical user interface from:
Operations: Chapter 3
- location of:
Operations: Chapter 3
- screen location:
Operations: Chapter 4
- INRES command:
Basic: Chapter 5
- Insufficient servers running error message:
Operations: Chapter 2
- Integers in ANSYS commands:
Operations: Chapter 2
- Integration point:
Structural: Chapter 8
- Integration point results, reviewing:
Basic: Chapter 2
-
Integration time step:
Structural: Chapter 5
- Emag: Chapter 16
- guidelines for:
Structural: Chapter 5
- INTER115 element:
Emag: Chapter 5
- Interactive:
Operations: Chapter 3
- Interactive menu item:
Operations: Chapter 3
-
Interfaces:
Modeling: Chapter 14
- with CAD programs:
Modeling: Chapter 6
- with FEA programs:
Modeling: Chapter 14
- with IGES files:
Modeling: Chapter 6
- with other programs:
Modeling: Chapter 14
- with SAT:
Modeling: Chapter 6
- Interfacing vector and scalar domains:
Emag: Chapter 9
- Interior meshing controls:
Modeling: Chapter 7
- Internal files:
Basic: Chapter 18
- Internal heat generation:
Thermal: Chapter 1
- Intersect (Boolean operation):
Modeling: Chapter 5
-
Intersecting
- areas:
Modeling: Chapter 5
- areas and lines:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- pairwise areas:
Modeling: Chapter 5
- pairwise lines:
Modeling: Chapter 5
- pairwise volumes:
Modeling: Chapter 5
- volumes:
Modeling: Chapter 5
- volumes and areas:
Modeling: Chapter 5
- volumes and lines:
Modeling: Chapter 5
- Intersection, pairs:
Modeling: Chapter 5
- INTSRF command:
Basic: Chapter 5
- IOPTN command:
Modeling: Chapter 6
- IRE matrix:
Coupled-Field: Chapter 3
- IRLF command:
Structural: Chapter 2
- IRLIST command:
Structural: Chapter 2
- Iron regions:
Emag: Chapter 5
- Isosurface contour displays:
Basic: Chapter 5
- Isosurfaces, animating:
Basic: Chapter 15
- Isotropic material properties:
Basic: Chapter 1
- Iterations, equilibrium:
Emag: Chapter 8
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- J-integral:
Structural: Chapter 10
- Jacobi Conjugate Gradient (JCG) solver:
Basic: Chapter 3
- Jobname:
- defining:
Basic: Chapter 1,
Chapter 18
- in a submodeling analysis:
Advanced: Chapter 4
- in a substructure analysis:
Advanced: Chapter 5
- Jobname specification:
Operations: Chapter 3
- Jobname.LOG file:
Operations: Chapter 2
-
Jobname.RMG file: Emag: Chapter 3
-
Jobname.RST file: Emag: Chapter 3
- Joule heating losses:
Emag: Chapter 2
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- K command:
Modeling: Chapter 5
- KATT command:
Basic: Chapter 5
- Modeling: Chapter 7
- KBC command:
Basic: Chapter 2
- Structural: Chapter 2
- Thermal: Chapter 3
- CFD FLOTRAN: Chapter 2
- Coupled-Field: Chapter 4
- KBETW command:
Modeling: Chapter 5
- KCALC command:
Structural: Chapter 10
- KCENTER command:
Modeling: Chapter 5
- KCLEAR command:
Modeling: Chapter 8
- KDELE command:
Modeling: Chapter 5
- KDIST command:
Modeling: Chapter 5
- KESIZE command:
Modeling: Chapter 7
- Keyboard Entry Options option:
Operations: Chapter 5
- Keyboard focus customization:
Operations: Chapter 6
- KEYOPT command:
Basic: Chapter 1
- Structural: Chapter 9
- CFD FLOTRAN: Chapter 9
- KEYOPT settings:
Emag: Chapter 2
- KEYOPT1 command:
CFD FLOTRAN: Chapter 11
-
KEYOPTs:
Basic: Chapter 1
- for PLANE53:
Emag: Chapter 2
-
Keypoints:
Modeling: Chapter 5
- assigning attributes to:
Modeling: Chapter 7
- body loads for:
Basic: Chapter 2
- calculating distance between:
Modeling: Chapter 5
- creating additional from existing pattern:
Modeling: Chapter 5
- defining:
Modeling: Chapter 5
- deleting, keypoint elements:
Modeling: Chapter 8
- hard point definition:
Modeling: Chapter 5
- listing information about:
Modeling: Chapter 5
- refining the mesh around:
Modeling: Chapter 8
- selecting:
Modeling: Chapter 5
- transferring to another coordinate system:
Modeling: Chapter 5
- Keytime array:
Thermal: Chapter 3
- Keytimes:
Thermal: Chapter 3
- KFILL command:
Modeling: Chapter 3
- KGEN command:
Modeling: Chapter 5
- Kinematic analysis:
Structural: Chapter 8
- Kinetic energy:
CFD FLOTRAN: Chapter 2
- Kinetic energy dissipation rate:
CFD FLOTRAN: Chapter 2
- KL command:
Modeling: Chapter 5
-
KLIST command:
Modeling: Chapter 5
- listing hard points:
Modeling: Chapter 5
- listing lines associated with hard points:
Modeling: Chapter 5
- KMESH command:
Modeling: Chapter 7
- Structural: Chapter 9
- KMODIF command:
Modeling: Chapter 5
- KMOVE command:
Modeling: Chapter 3
- KNODE command:
Modeling: Chapter 5
-
KPLOT command:
Basic: Chapter 11
- Modeling: Chapter 5
- displaying hard points:
Modeling: Chapter 5
- KREFINE command:
Modeling: Chapter 8
- KSCALE command:
Modeling: Chapter 5
-
KSCON command:
Structural: Chapter 10
- mesh refinement restriction:
Modeling: Chapter 8
-
KSEL command:
Basic: Chapter 7
- Modeling: Chapter 5
- selecting hard points:
Modeling: Chapter 5
- KSLL command:
Basic: Chapter 7
- KSLN command:
Basic: Chapter 7
-
KSPIN: [OMEGA]: Structural: Chapter
8
- KSUM command:
Modeling: Chapter 5
- KSYMM command:
Modeling: Chapter 5
- KTRAN command:
Modeling: Chapter 5
- KUSE command:
Basic: Chapter 2
- KWPAVE command:
Modeling: Chapter 4
- KWPLAN command:
Modeling: Chapter 4
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- L command:
Modeling: Chapter 5
- L2ANG command:
Modeling: Chapter 5
- L2TAN command:
Modeling: Chapter 5
- Laminar flow:
CFD FLOTRAN: Chapter 1
- LANG command:
Modeling: Chapter 5
- Language Selection menu item:
Operations: Chapter 3
- Language Selection option:
Operations: Chapter 3
- LARC command:
Modeling: Chapter 5
- LAREA command:
Modeling: Chapter 5
- Large deflection:
Coupled-Field: Chapter 3
- Large deflection effects, and node locations:
Basic: Chapter 2
- Large deformation effects:
Structural: Chapter 2
-
Large strain
- analyses:
Structural: Chapter 8
- automatic time stepping:
Structural: Chapter 8
- hyperelasticity:
Structural: Chapter 8
- logarithmic strain:
Structural: Chapter 8
- true stress:
Structural: Chapter 8
- viscoplasticity:
Structural: Chapter 8
- LATT command:
Modeling: Chapter 7
-
Launcher:
Operations: Chapter 3
- error messages:
Operations: Chapter 2
- selecting product from:
Operations: Chapter 3
- starting automatically on login:
Operations: Chapter 3
- starting batch from:
Operations: Chapter 3
-
Launcher menu items
- About Launcher:
Operations: Chapter 3
- Batch:
Operations: Chapter 3
- CMAP Utility:
Operations: Chapter 3
- DISPLAY Utility:
Operations: Chapter 3
- Help:
Operations: Chapter 3
- Interactive:
Operations: Chapter 3
- Language Selection:
Operations: Chapter 3
- License Status:
Operations: Chapter 3
- Quit:
Operations: Chapter 3
- Resource editor:
Operations: Chapter 3
- Run Interactive Now:
Operations: Chapter 3
- Site Information:
Operations: Chapter 3
- LAYER command:
Structural: Chapter 11
- Layer orientation angle:
Structural: Chapter 11
- Layer thickness:
Structural: Chapter 11
- Layered elements:
Basic: Chapter 11
- Structural: Chapter 11
- LAYERP26 command:
Structural: Chapter 11
- Layers, meshing:
Modeling: Chapter 7
- LAYLIST command:
Structural: Chapter 11
-
Layout of graphical user interface:
Operations: Chapter 3
- customizing:
Operations: Chapter 6
- LAYPLOT command:
Basic: Chapter 11
- Structural: Chapter 11
- LCABS command:
Basic: Chapter 5
- LCASE command:
Basic: Chapter 5
- Structural: Chapter 12
- LCCALC command:
CFD FLOTRAN: Chapter 2
- LCCAT command:
Modeling: Chapter 7
- LCDEF command:
Basic: Chapter 5
- CFD FLOTRAN: Chapter 2
- LCFA command:
CFD FLOTRAN: Chapter 2
- LCFACT command:
Basic: Chapter 5
- LCFI command:
CFD FLOTRAN: Chapter 2
- LCFILE command:
Basic: Chapter 5
- LCLEAR command:
Modeling: Chapter 8
- LCOMB command:
Modeling: Chapter 7
- LCOPER command:
Basic: Chapter 5
- LCSEL command:
Basic: Chapter 5
- LCSL command:
Modeling: Chapter 5
- LCWRITE command:
Basic: Chapter 5
- LCZERO command:
Basic: Chapter 5
- LDELE command:
Modeling: Chapter 6
- LDIV command:
Modeling: Chapter 8
- LDRAG command:
Modeling: Chapter 5
- LDREAD command:
Basic: Chapter 2
- Structural: Chapter 2
- Coupled-Field: Chapter 2
- Legend, example of:
Basic: Chapter 12
- LESIZE command:
Modeling: Chapter 7
- Levels of refinement for mesh:
Modeling: Chapter 8
- LFILLT command:
Modeling: Chapter 5
- LGEN command:
Modeling: Chapter 5
- LGLUE command:
Modeling: Chapter 5
- .LGW suffix:
Operations: Chapter 8
- LGWRITE command:
Advanced: Chapter 1
- Operations: Chapter 8
- Libraries, sections:
Advanced: Chapter 8
- Library paths, for cross sections:
Advanced: Chapter 8
- License authorization failure error message:
Operations: Chapter 2
- License has expired error message:
Operations: Chapter 2
- License server coming up in 3.0 minutes error message:
Operations: Chapter 2
- License server host unknown error message :
Operations: Chapter 2
- License server is down error message:
Operations: Chapter 2
- License servers, delay after starting:
Operations: Chapter 2
- License Status menu item:
Operations: Chapter 3
- /LIGHT command:
Basic: Chapter 11
- LINA command:
Modeling: Chapter 5
- Line element results:
Structural: Chapter 2
- Line elements and eletrostatic analysis:
Emag: Chapter 14
- Line search option:
Structural: Chapter 2
- Linear analysis, 2-D harmonic magnetic:
Emag: Chapter 3
- Linear elements (no midside nodes):
Modeling: Chapter 2
- Linear material properties:
Basic: Chapter 1
- Linearized stresses:
Basic: Chapter 5
-
Lines:
Modeling: Chapter 5
- assigning attributes to:
Modeling: Chapter 7
- assigning orientation keypoints to:
Modeling: Chapter 7
- combining:
Modeling: Chapter 7
- concatenating:
Modeling: Chapter 7
- creating a keypoint on:
Modeling: Chapter 5
- creating additional from existing pattern:
Modeling: Chapter 5
- creating hard points on:
Modeling: Chapter 5
- defining:
Modeling: Chapter 5
-
deleting:
Modeling: Chapter 5
- line elements:
Modeling: Chapter 8
- unmeshed:
Modeling: Chapter 8
- displaying:
Modeling: Chapter 5
- equipotentional:
Emag: Chapter 11
- intersecting:
Modeling: Chapter 5
- listing:
Modeling: Chapter 5
- listing information about:
Modeling: Chapter 5
- merging:
Modeling: Chapter 5
- overlapping:
Modeling: Chapter 5
- partitioning:
Modeling: Chapter 5
- refining the mesh around:
Modeling: Chapter 8
- selecting:
Modeling: Chapter 5
- specifying body loads for:
Basic: Chapter 2
- subtracting from areas:
Modeling: Chapter 5
- subtracting from lines:
Modeling: Chapter 5
- subtracting intersection of working plane from:
Modeling: Chapter 5
- LINK10 element:
Structural: Chapter 8
- LINK31 element:
Thermal: Chapter 4
- LINK68 element:
Emag: Chapter 13
- Coupled-Field: Chapter 3, 3-3
- LINL command:
Modeling: Chapter 5
- LINP command:
Modeling: Chapter 5
- LINV command:
Modeling: Chapter 5
- *LIST command:
Structural: Chapter 12
- List master DOF:
Structural: Chapter 3
- List menu item:
Operations: Chapter 4
-
Listing
- all geometry information:
Modeling: Chapter 5
- area information:
Modeling: Chapter 5
- areas:
Modeling: Chapter 5
- degeneracies, keypoints associated with:
Modeling: Chapter 5
- element information:
Basic: Chapter 1
- element shape checking results:
Modeling: Chapter 7
- hard points:
Modeling: Chapter 5
- inertia loads:
Basic: Chapter 2
- keypoint information:
Modeling: Chapter 5
- keypoints:
Modeling: Chapter 5
- layer mesh specifications on lines:
Modeling: Chapter 7
- line information:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- primary nodal data:
Emag: Chapter 15
- real constant information:
Basic: Chapter 1
- results data:
Emag: Chapter 5
- section properties:
Advanced: Chapter 8
- section results:
Advanced: Chapter 8
- solid model loads:
Modeling: Chapter 5
- variables:
Emag: Chapter 4
- volume information:
Modeling: Chapter 5
- volumes:
Modeling: Chapter 5
-
Listings
- customizing:
Basic: Chapter 5
- element data:
Basic: Chapter 5
- nodal data:
Basic: Chapter 5
- path:
Basic: Chapter 5
- POST26:
Basic: Chapter 6
- reaction loads:
Basic: Chapter 5
- sorted:
Basic: Chapter 5
- vector:
Basic: Chapter 5
- LLIST command:
Modeling: Chapter 7
- LMATRIX command:
Basic: Chapter 5
- Emag: Chapter 5
- LMESH command:
Modeling: Chapter 7
- Structural: Chapter 9
- LNCOLLAPSE command:
Modeling: Chapter 6
- LNDETACH command:
Modeling: Chapter 6
- LNFILL command:
Modeling: Chapter 6
- LNMERGE command:
Modeling: Chapter 6
- LNSPLIT command:
Modeling: Chapter 6
- LNSRCH command:
Structural: Chapter 2
- Thermal: Chapter 3
-
Load case
- appending to a results file:
Basic: Chapter 5
- combining in harmonic element models:
Basic: Chapter 5
- Load case combinations:
Basic: Chapter 5
- Load curves, displaying in explicit dynamics:
Structural: Chapter 14
- Load options.
See: Load step options
-
Load step files:
Basic: Chapter 2
- defining:
Emag: Chapter 15
-
Load step options:
Basic: Chapter 1
- Structural: Chapter 3
- Emag: Chapter 16
- 2-D transient magnetic analysis:
Emag: Chapter 4
- acoustics:
Coupled-Field: Chapter 4
- automatic time stepping:
Basic: Chapter 2
- Thermal: Chapter 2
- Biot-Savart options:
Basic: Chapter 2
- buckling analysis:
Structural: Chapter 7
- convergence tolerances:
Thermal: Chapter 2
- database and results file output:
Basic: Chapter 2
- Thermal: Chapter 2
- definitions of:
Basic: Chapter 1
- dynamic options:
Basic: Chapter 2
- dynamics:
Basic: Chapter 2
- eigenvalue buckling:
Structural: Chapter 7
- extrapolating results:
Thermal: Chapter 2
- for electric field analysis:
Emag: Chapter 16
- for electrostatic field analysis:
Emag: Chapter 16
- for harmonic circuit analysis:
Emag: Chapter 15
- for nodal-based transient magnetic analyses:
Emag: Chapter 16
- for RSP method analysis:
Emag: Chapter 16
- for steady-state thermal analysis:
Thermal: Chapter 2
- general:
Basic: Chapter 2
-
harmonic response analysis
- full method:
Structural: Chapter 4
- mode superposition method:
Structural: Chapter 4
- reduced method:
Structural: Chapter 4
- in a transient analysis:
Emag: Chapter 15
- line searching:
Thermal: Chapter 2
- modal analysis:
Structural: Chapter 3
- mode superposition transient dynamic analysis:
Structural: Chapter 5
- Newton-Raphson:
Structural: Chapter 8
- nonlinear options:
Basic: Chapter 2
- number of equilibrium iterations:
Thermal: Chapter 2
- number of substeps:
Basic: Chapter 2
- Thermal: Chapter 2
- output controls:
Basic: Chapter 2
- p-Method:
Structural: Chapter 13
- predictor option:
Thermal: Chapter 2
- printed output:
Basic: Chapter 2
- Thermal: Chapter 2
- reduced transient dynamic analysis:
Structural: Chapter 5
- solution control:
Thermal: Chapter 3
- specifying:
Basic: Chapter 2
-
spectrum analysis
- PSD:
Structural: Chapter 6
- single-point:
Structural: Chapter 6
- spectrum options:
Basic: Chapter 2
- static structural analysis:
Structural: Chapter 2
- stepped or ramped loads:
Basic: Chapter 2
- Thermal: Chapter 2
- terminating an unconverged solution:
Thermal: Chapter 2
- time:
Structural: Chapter 2
- time integration effects:
Thermal: Chapter 3
- time option:
Basic: Chapter 2
- Thermal: Chapter 2
- time step size:
Thermal: Chapter 2
-
transient dynamic analysis:
Structural: Chapter 5
- full method:
Structural: Chapter 5
- mode superposition method:
Structural: Chapter 5
- reduced method:
Structural: Chapter 5
- transient integration parameters:
Thermal: Chapter 3
- types of:
Basic: Chapter 2
- Load stepping, applying in a transient thermal analysis:
Thermal: Chapter 3
-
Load steps:
Basic: Chapter 1
- Structural: Chapter 8
- applying for transient loading:
Structural: Chapter 5
- counters for:
Basic: Chapter 2
- creating multiple load step files:
Basic: Chapter 2
- example of:
Basic: Chapter 2
- file method solution:
Basic: Chapter 3
- multiple:
Basic: Chapter 3
- solving multiple load steps:
Basic: Chapter 1
-
Load symbols
- displaying:
Modeling: Chapter 5
- displaying in explicit dynamics:
Structural: Chapter 14
-
Load types:
Structural: Chapter 2
- explicit dynamics analysis:
Structural: Chapter 14
- harmonic response analysis:
Structural: Chapter 4
- p-method:
Structural: Chapter 13
- static analysis:
Structural: Chapter 2
- transient dynamic analysis:
Structural: Chapter 5
- Load vector:
Structural: Chapter 4
- Load vector coupling:
Coupled-Field: Chapter 3
- Load-versus-time curve:
Structural: Chapter 5
- Load-vs.-time curve:
Thermal: Chapter 3
-
Loading options
- for 2-D static magnetic analysis:
Emag: Chapter 16
- for 3-D static magnetic analysis, MVP method:
Emag: Chapter 16
- for electrostatic field analysis:
Emag: Chapter 16
- for harmonic magnetic MVP method analysis:
Emag: Chapter 16
- for nodal-based transient magnetic analysis:
Emag: Chapter 16
- for static 3-D magnetic analysis, scalar method:
Emag: Chapter 16
-
Loads:
CFD FLOTRAN: Chapter 5
- Coupled-Field: Chapter 4
-
applying:
Basic: Chapter 1
- Structural: Chapter 2
- Emag: Chapter 2
- for electrostatic analysis:
Emag: Chapter 14
- harmonic circuit analysis:
Emag: Chapter 15
- in a static electric circuit analysis:
Emag: Chapter 15
- p-method:
Structural: Chapter 13
- to electrostatic analysis:
Emag: Chapter 14
- to harmonic circuit analysis:
Emag: Chapter 15
- applying for transient loading:
Structural: Chapter 5
- applying in a harmonic magnetic analysis:
Emag: Chapter 3
- applying in a transient electric circuit analysis:
Emag: Chapter 15
- applying in a transient magnetic analysis:
Emag: Chapter 4
- applying in a transient thermal analysis:
Thermal: Chapter 3
- applying in steady-state thermal analysis:
Thermal: Chapter 2
- applying pressure loads on beams:
Basic: Chapter 2
- applying to 2-D harmonic analysis:
Emag: Chapter 3
- applying to a current conduction analysis:
Emag: Chapter 13
- applying using TABLE array parameters:
Thermal: Chapter 2
- applying via surface effect elements:
Basic: Chapter 2
- axisymmetric:
Basic: Chapter 2
- body loads:
Basic: Chapter 2
- coupled-field loads:
Basic: Chapter 2
- definition of:
Basic: Chapter 1
- DOF constraints:
Basic: Chapter 2
- excitation:
Emag: Chapter 2
- explicit dynamics analysis:
Structural: Chapter 14
- FLOTRAN:
CFD FLOTRAN: Chapter 4
- for 3-D nodal-based harmonic analysis:
Emag: Chapter 9
- for 3-D static magnetic analysis:
Emag: Chapter 5
- for a 3-D static scalar magnetic analysis:
Emag: Chapter 5
- for harmonic high-frequency analysis:
Emag: Chapter 10
- for various engineering disciplines:
Basic: Chapter 2
- forces:
Basic: Chapter 2
-
harmonic response analysis:
Structural: Chapter 4
- mode superposition method:
Structural: Chapter 4
- reduced method:
Structural: Chapter 4
- if no resistance to:
Basic: Chapter 2
- inertia loads:
Basic: Chapter 2
- listing:
Modeling: Chapter 5
- Structural: Chapter 2
- listing loads:
CFD FLOTRAN: Chapter 5
- modal analysis:
Structural: Chapter 3
- nonlinear analysis:
Structural: Chapter 8
- on solid model:
Modeling: Chapter 5
- ramped:
Basic: Chapter 2
- stepped:
Basic: Chapter 2
- stepped or ramped:
Thermal: Chapter 3
- structural static analysis:
Structural: Chapter 2
- substructuring:
Advanced: Chapter 5
- surface:
Basic: Chapter 2
- surface loads:
Basic: Chapter 2
- tapered:
Basic: Chapter 2
- time-dependent:
Thermal: Chapter 3
- transferring:
Modeling: Chapter 8
- transferring coupled:
Coupled-Field: Chapter 2
-
transient dynamic analysis:
Structural: Chapter 5
- full method:
Structural: Chapter 5
- mode superposition method:
Structural: Chapter 5
- reduced method:
Structural: Chapter 5
- verifying in steady-state thermal analysis:
Thermal: Chapter 2
- verifying loads defined with TABLE array parameters:
Thermal: Chapter 2
- Loads for coupled-field analysis:
Coupled-Field: Chapter 2
- Loads, transferring between physics:
Coupled-Field: Chapter 2
- LOCAL command:
Modeling: Chapter 3
- Structural: Chapter 10
- Local coordinate systems:
Modeling: Chapter 3
- Local information:
Operations: Chapter 3
- Local memory on X-terminals:
Operations: Chapter 4
- Local mesh controls:
Modeling: Chapter 7
-
Local mesh refinement:
Modeling: Chapter 7
-
See also: Meshing, local refinement
- Localized contact zones:
Structural: Chapter 9
-
Locational picking:
Operations: Chapter 5
- hot spots:
Operations: Chapter 5
- Log Law of the Wall:
CFD FLOTRAN: Chapter 4
- .LOG suffix:
Operations: Chapter 2
- Logarithmic strain:
Structural: Chapter 8
- .login file:
Operations: Chapter 3
-
Logs
- database command log:
Operations: Chapter 8
- Jobname.LOG file:
Operations: Chapter 2,
Chapter 8
- session log file:
Operations: Chapter 8
- Loop mode:
Operations: Chapter 5
- Loops (area boundaries):
Modeling: Chapter 5
- Lorentz forces:
Emag: Chapter 2
- LOVLAP command:
Modeling: Chapter 5
- Low-order elements:
Coupled-Field: Chapter 2
- LPLOT command:
Basic: Chapter 11
- LPTN command:
Modeling: Chapter 5
- LREFINE command:
Modeling: Chapter 8
- LREVERSE command:
Modeling: Chapter 8
- LROTAT command:
Modeling: Chapter 5
- LS-DYNA:
Operations: Chapter 3
- LSBA command:
Modeling: Chapter 5
- LSBL command:
Modeling: Chapter 5
- LSBV command:
Modeling: Chapter 5
- LSBW command:
Modeling: Chapter 5
- LSCLEAR command:
Basic: Chapter 2
- LSDELE command:
Basic: Chapter 2
-
LSEL command:
Basic: Chapter 7
- Modeling: Chapter 5
- selecting hard points:
Modeling: Chapter 5
- LSLA command:
Basic: Chapter 7
- LSLK command:
Basic: Chapter 7
- LSREAD command:
Basic: Chapter 2
- LSSOLVE command:
Basic: Chapter 1
- Structural: Chapter 5
- Thermal: Chapter 3
- Emag: Chapter 8
- LSTR command:
Modeling: Chapter 5
- LSUM command:
Modeling: Chapter 5
- LSWRITE command:
Basic: Chapter 2
- Structural: Chapter 5
- Thermal: Chapter 3
- LTAN command:
Modeling: Chapter 5
- LUMPM command:
Structural: Chapter 2
- LVSCALE command:
Structural: Chapter 4
- LWPLAN command:
Modeling: Chapter 4
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- M command:
Structural: Chapter 3
- .MAC suffix:
Operations: Chapter 2
- Macro menu item:
Operations: Chapter 4
-
Macros:
Structural: Chapter 2
- Operations: Chapter 2
- ADAPT:
CFD FLOTRAN: Chapter 2
- and database command logs:
Operations: Chapter 8
- animation:
Basic: Chapter 15
- creating:
Operations: Chapter 4
- CYCGEN:
Structural: Chapter 3
- CYCSOL:
Structural: Chapter 3
- electromagnetic:
Emag: Chapter 2
- EMAGERR:
Emag: Chapter
9
- executing from Toolbar:
Operations: Chapter 4
- FLUXV:
Emag: Chapter 9
- FMAGBC:
Emag: Chapter 6
- FMAGSUM:
Emag: Chapter 6
- for magnetic analysis:
Emag: Chapter 11
- for performing postprocessing calculations:
Emag: Chapter 11
- HFSWEEP:
Emag: Chapter 10
- IMPD:
Emag: Chapter 10
- MMF:
Emag: Chapter 6
- PERBC2D:
Emag: Chapter 11
- PERI:
CFD FLOTRAN: Chapter 4
- PMGTRAN:
Emag: Chapter 6
- POWERH:
Emag: Chapter 6
- QFACT:
Emag: Chapter 10
- REFLCOEF:
Emag: Chapter 10
- SENERGY:
Emag: Chapter 4
- SETSPEED:
Basic: Chapter 3
- SPARM:
Emag: Chapter 10
- SRCS:
Emag: Chapter 9
- TORQC2D:
Emag: Chapter 2
- TORQSUM:
Emag: Chapter 2
- used in modeling:
Emag: Chapter 11
- used in solution:
Emag: Chapter 11
- where to apply each macro:
Emag: Chapter 11
-
Magnetic analysis
- applications of:
Emag: Chapter 1
- comparison of 2-D and 3-D:
Emag: Chapter 1
- purpose of:
Emag: Chapter 1
- quantities of interest in:
Emag: Chapter 1
- related macros:
Emag: Chapter 11
- types of:
Emag: Chapter 1
- Magnetic circuit interface (MCI):
Coupled-Field: Chapter 3
- Magnetic command macros:
Basic: Chapter 5
- Magnetic energy, calculating:
Emag: Chapter 11
- Magnetic forces:
Basic: Chapter 5
- Emag: Chapter 2
- Magnetic loads:
Basic: Chapter 2
-
Magnetic macros:
Emag: Chapter 11
- applying:
Emag: Chapter 11
- Magnetic results file:
Emag: Chapter 3
- Magnetic scalar potentials:
Emag: Chapter 5
- Magnetic Vector Potential method.
See: MVP method
- Magnetic Vector Potential method analysis, 3-D:
Emag: Chapter 9
- Magnetic vector potentials:
Emag: Chapter 2
- Magnetic virtual displacement loads:
Emag: Chapter 2
- Magnetic wall conditions:
Emag: Chapter 10
- Magnetic-thermal analysis:
Thermal: Chapter 1
- Coupled-Field: Chapter 3
- Magneto-structural analysis:
Coupled-Field: Chapter 3, 3-6
- Magnetomotive force:
Basic: Chapter 5
- Emag: Chapter 5
Chapter 11
- MAGOPT command:
Basic: Chapter 2
- Emag: Chapter 11
- MAGSOLV command:
Basic: Chapter 5
- Emag: Chapter 5
- and 2-D static magnetic analysis:
Emag: Chapter 16
-
Main Menu:
Operations: Chapter 4
- location of:
Operations: Chapter 3
- screen location:
Operations: Chapter 4
- Man pages:
Operations: Chapter 7
- Mapped mesh:
Modeling: Chapter 7
-
Mapped meshing:
Modeling: Chapter 7
- by picking corners [AMAP]:
Modeling: Chapter 7
- concatenation:
Modeling: Chapter 7
- limitation on using with hard points:
Modeling: Chapter 7
- Mapping results:
Basic: Chapter 5
- Mass and inertia calculations:
Modeling: Chapter 5
- Mass damping:
Structural: Chapter 5
- Mass density:
Basic: Chapter 2
- Mass imbalances:
CFD FLOTRAN: Chapter 4
- Mass matrix formulation:
Structural: Chapter 2
- Mass matrix load:
Basic: Chapter 2
- Massive (solid) conductors:
Coupled-Field: Chapter 3
- Massive conductor region:
Coupled-Field: Chapter 3
- Massive conductors, and current:
Emag: Chapter 3
-
Master degrees of freedom
- graphics symbols for:
Basic: Chapter 11
- selection of:
Structural: Chapter 3
- when used with coupling:
Modeling: Chapter 12
- Master DOF (MDOF):
Structural: Chapter 3
- Master DOFs, definition of:
Structural: Chapter 3
- MAT command:
Basic: Chapter 1
- Modeling: Chapter 7
- Structural: Chapter 5
- Material libraries:
Emag: Chapter 2
-
Material library
- advantages of:
Basic: Chapter 1
- conventions for material library filenames:
Basic: Chapter 1
- creating a material library file:
Basic: Chapter 1
- format of material library files:
Basic: Chapter 1
- reading a material library file:
Basic: Chapter 1
- setting a read/write path for files:
Basic: Chapter 1
- using material library files:
Basic: Chapter 1
- Material library files:
Emag: Chapter 5
- Material models, explicit dynamics:
Structural: Chapter 14
- Material nonlinearities:
Structural: Chapter 8
-
Material properties:
Structural: Chapter 13
- Emag: Chapter 2
- anisotropic:
Basic: Chapter 1
- changing in SOLUTION:
Advanced: Chapter 6
- constant properties:
Basic: Chapter 1
- defining:
Basic: Chapter 1
- defining constant properties:
Thermal: Chapter 2
- defining temperature-dependent properties:
Thermal: Chapter 2
- defining values for:
Thermal: Chapter 2
- fatigue:
Structural: Chapter 12
- for high-frequency harmonic analysis:
Emag: Chapter 10
- isotropic properties:
Basic: Chapter 1
- linear properties:
Basic: Chapter 1
- material library files:
Basic: Chapter 1
- nonlinear:
Structural: Chapter 8
- nonlinear properties:
Basic: Chapter 1
- orthotropic properties:
Basic: Chapter 1
- plotting versus temperature:
Basic: Chapter 1
- table of:
Modeling: Chapter 7
- temperature-dependent properties:
Basic: Chapter 1
- Material reference numbers:
Basic: Chapter 1
- Material-dependent damping:
Structural: Chapter 5
- Matrices, calculating inductance:
Emag: Chapter 2
- Matrix, induction:
Emag: Chapter 5
- Matrix coupling:
Coupled-Field: Chapter 3
- Matrix equation:
CFD FLOTRAN: Chapter 10
-
Matrix reduction:
Structural: Chapter 3
- theory of:
Structural: Chapter 3
- MATRIX50 element:
Emag: Chapter 13
- Maximum strain failure criterion:
Structural: Chapter 11
- Maximum stress failure criterion:
Structural: Chapter 11
- Maxwell force flag loads:
Emag: Chapter 14
- Maxwell forces:
Emag: Chapter 2
- Maxwell surface flags:
Emag: Chapter 3
- Maxwell surface loads:
Emag: Chapter 2
- Maxwell surfaces:
Emag: Chapter 11
- MDAMP command:
Structural: Chapter 5
- MDELE command:
Structural: Chapter 3
- MDOF:
Structural: Chapter 3
-
Memory
- for the ANSYS database:
Operations: Chapter 3
- workspace size (total memory):
Operations: Chapter 3
- X-terminal requirements:
Operations: Chapter 4
- Memory error messages:
Operations: Chapter 2
- Memory management:
Basic: Chapter 19
- Memory requested (megabytes) for Database menu item:
Operations: Chapter 3
- Memory requested (megabytes) for Total Workspace menu item:
Operations: Chapter 3
- Memory requirements:
Basic: Chapter 3
- /MENU command:
Operations: Chapter 3
- MenuCtrls menu item:
Operations: Chapter 4
-
Menus
- cascading:
Operations: Chapter 4
- changing hierarchy:
Operations: Chapter 6
- customizing:
Operations: Chapter 6
- customizing with UIDL:
Operations: Chapter 6
- displaying:
Operations: Chapter 4
- Help system:
Operations: Chapter 7
- Main Menu:
Operations: Chapter 4
- pop-up:
Operations: Chapter 4
- pull-down:
Operations: Chapter 4
- selecting items from the keyboard:
Operations: Chapter 4
- Utility Menu:
Operations: Chapter 4
-
Merging:
Modeling: Chapter 11
- areas:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- volumes:
Modeling: Chapter 5
-
Mesh
- extruding:
Modeling: Chapter 5
- sizes, setting by SmartSizing:
Modeling: Chapter 7
- Mesh density:
Modeling: Chapter 2
- Mesh expansion, controlling:
Modeling: Chapter 7
- Mesh transitioning, controlling:
Modeling: Chapter 7
- Meshers, choosing:
Modeling: Chapter 7
- Meshes, clearing:
Modeling: Chapter 7
-
Meshing:
Basic: Chapter 1
- Modeling: Chapter 5
- CFD FLOTRAN: Chapter 2
- 2-D parametric space tri mesher:
Modeling: Chapter 7
- 3-D tri mesher:
Modeling: Chapter 7
- a 2-D static model:
Emag: Chapter 2
- a 2-D transient magnetic model:
Emag: Chapter 4
- a line for a section:
Advanced: Chapter 8
- abort:
Modeling: Chapter 7
- accept/reject prompt:
Modeling: Chapter 7
- advancing front tet mesher:
Modeling: Chapter 7
- area concatenation:
Modeling: Chapter 7
- area mapped meshing:
Modeling: Chapter 7
- assigning element attributes before:
Modeling: Chapter 7
- automatic selection of element type:
Modeling: Chapter 7
- beams:
Modeling: Chapter 7
- cautions:
Modeling: Chapter 7
- changing the mesh:
Modeling: Chapter 7
- choosing a surface mesher:
Modeling: Chapter 7
- choosing a tetrahedra mesher:
Modeling: Chapter 7
- clearing:
Modeling: Chapter 8
- controlling mesh expansion:
Modeling: Chapter 7
- controlling mesh transitioning:
Modeling: Chapter 7
- controlling midside node placement:
Modeling: Chapter 7
- controlling tetrahedral element improvement:
Modeling: Chapter 7
- controls:
Modeling: Chapter 7
- converting degenerate tet elements:
Modeling: Chapter 7
- default element sizes:
Modeling: Chapter 7
- Delaunay technique tet mesher:
Modeling: Chapter 7
- element shape checking:
Modeling: Chapter 7
- fan type meshing:
Modeling: Chapter 7
- free:
Modeling: Chapter 5
- free vs. mapped:
Modeling: Chapter 7
- generating a mesh:
Modeling: Chapter 7
- generating a mesh from facets:
Modeling: Chapter 7
- hints:
Modeling: Chapter 7
- improving a tetrahedral mesh:
Modeling: Chapter 7
- interior meshing controls:
Modeling: Chapter 7
- layer meshing:
Modeling: Chapter 7
- local controls on:
Modeling: Chapter 7
-
local refinement:
Modeling: Chapter 8
- restrictions:
Modeling: Chapter 8
- specifying depth:
Modeling: Chapter 8
- specifying level:
Modeling: Chapter 8
- specifying postprocessing:
Modeling: Chapter 8
- using advanced controls:
Modeling: Chapter 8
-
mapped:
Modeling: Chapter 5
- and default element size:
Modeling: Chapter 7
- mapped triangle meshing:
Modeling: Chapter 7
- MeshTool:
Modeling: Chapter 7
- orientation nodes:
Modeling: Chapter 7
- p-element:
Structural: Chapter 13
- Q-Morph quad mesher:
Modeling: Chapter 7
- refinement:
Modeling: Chapter 7
- remesh:
Modeling: Chapter 7
- Riemann space tri mesher:
Modeling: Chapter 7
- setting element attributes:
Modeling: Chapter 7
- setting element shape:
Modeling: Chapter 7
- setting layer mesh controls via commands:
Modeling: Chapter 7
- setting layer meshing controls via the GUI:
Modeling: Chapter 7
- setting meshing controls:
Modeling: Chapter 7
- SmartSizing:
Modeling: Chapter 7
- specifying free or mapped meshing:
Modeling: Chapter 7
- sweeping a volume:
Modeling: Chapter 7
- TARGE170 element and fan type meshing:
Modeling: Chapter 7
- transition mapped hexahedral meshing:
Modeling: Chapter 7
- transition mapped quadrilateral meshing:
Modeling: Chapter 7
- transition mapped triangle meshing:
Modeling: Chapter 7
- transitional pyramids:
Modeling: Chapter 7
- volume mapped meshing:
Modeling: Chapter 7
-
Meshing, local refinement
- retaining quadrilateral elements:
Modeling: Chapter 8
- transferring of attributes and loads:
Modeling: Chapter 8
-
Message files:
Operations: Chapter 3
- translated:
Operations: Chapter 3
- Messages:
Operations: Chapter 2
- Metal forming:
Structural: Chapter 8
- Metals, magneto-forming of:
Coupled-Field: Chapter 3
- MGEN command:
Structural: Chapter 3
- Microwave circuit theory, information sources on:
Emag: Chapter 10
-
Midside node elements:
Modeling: Chapter 2
- connections:
Modeling: Chapter 2
-
Midside nodes:
Modeling: Chapter 8
- controlling location of:
Modeling: Chapter 7
- p-element:
Structural: Chapter 13
-
MINREF: [CNVTOL]: Structural: Chapter 8
- MISSING DOCUMENTATION FILE... error message:
Operations: Chapter 2
- MITER command:
Modeling: Chapter 10
- Mixture types:
CFD FLOTRAN: Chapter 11
- MKS system of units:
Emag: Chapter 2
- MLIST command:
Structural: Chapter 3
- MMF command:
Basic: Chapter 5
- Emag: Chapter 2
- MMF macro:
Emag: Chapter 6
- Modal analysis:
Structural: Chapter 3
- applying loads:
Structural: Chapter 3
- limitations on:
Basic: Chapter 1
- mode extraction methods:
Structural: Chapter 3
- of cyclically symmetric structure:
Structural: Chapter 3
- options for:
Structural: Chapter 3
- prestressed:
Structural: Chapter 3
- prestressed, large deflection:
Structural: Chapter 3
- procedure:
Structural: Chapter 3
-
Modal cyclic symmetry:
Structural: Chapter 3
- prestressed:
Structural: Chapter 3
- prestressed procedure:
Structural: Chapter 3
- stress-free:
Structural: Chapter 3
- stress-free procedure:
Structural: Chapter 3
- Modal damping:
Structural: Chapter 5
-
Modal high-frequency analysis:
Emag: Chapter 10
- options for:
Emag: Chapter 10
- reviewing results from:
Emag: Chapter 10
-
Modal solution
- obtaining:
Structural: Chapter 5
- single-point response spectrum analysis:
Structural: Chapter 6
- Mode combination methods:
Structural: Chapter 6
- MODE command:
Basic: Chapter 2
- Structural: Chapter 2
- Mode extraction frequency range:
Structural: Chapter 3
-
Mode extraction methods:
Structural: Chapter 3
- Block Lanczos:
Structural: Chapter 3
- damped:
Structural: Chapter 3
- power dynamics:
Structural: Chapter 3
- reduced:
Structural: Chapter 3
- subspace:
Structural: Chapter 3
- unsymmetric:
Structural: Chapter 3
- Mode numbers:
Basic: Chapter 2
- Structural: Chapter 2
- Mode shape normalization:
Structural: Chapter 3
- Mode superposition
- harmonic response analysis:
Structural: Chapter 4
- transient dynamic analysis:
Structural: Chapter 5
- Mode superposition method:
Structural: Chapter 4
-
Mode superposition transient dynamic analysis
- obtain the modal solution:
Structural: Chapter 5
- obtain the mode superposition transient solution:
Structural: Chapter 5
- Mode-frequency analysis.
See: Modal analysis
- Model building for an electric analysis:
Emag: Chapter 13
-
Model generation
- 2-D verses 3-D:
Modeling: Chapter 2
- axisymmetric harmonic elements:
Modeling: Chapter 2
- axisymmetry:
Modeling: Chapter 2
- Booleans:
Modeling: Chapter 5
- bottom up:
Modeling: Chapter 5
- direct generation:
Modeling: Chapter 9
- element modification:
Modeling: Chapter 9
- element normal orientation:
Modeling: Chapter 8
- elements:
Modeling: Chapter 9
- harmonic elements.
See: Model generation, axisymmetric harmonic elements
- linear versus quadratic elements:
Modeling: Chapter 2
- mesh density:
Modeling: Chapter 2
- Advanced: Chapter 3
- meshing:
Modeling: Chapter 7
- meshing controls:
Modeling: Chapter 7
- nodes:
Modeling: Chapter 9
- overview:
Modeling: Chapter 1
- pipe data generator:
Modeling: Chapter 10
- planning your approach:
Modeling: Chapter 2
- primitives:
Modeling: Chapter 5
- reading element data:
Modeling: Chapter 9
- reading nodal data:
Modeling: Chapter 9
- revising the model:
Modeling: Chapter 8
- singularity points:
Modeling: Chapter 3
- surfaces of constant value:
Modeling: Chapter 3
- symmetry:
Modeling: Chapter 2
- top down:
Modeling: Chapter 5
- typical procedures:
Modeling: Chapter 1
- working plane:
Modeling: Chapter 4
- writing element data:
Modeling: Chapter 9
- writing nodal data:
Modeling: Chapter 9
- Model geometry, defining:
Structural: Chapter 13
- Model orientation:
Modeling: Chapter 8
-
Modeling
- circuits:
Emag: Chapter 9
- current conduction regions:
Emag: Chapter 5
- racetrack coil:
Emag: Chapter 5
- Modeling and meshing tips:
Structural: Chapter 9
- Modeling the crack region:
Structural: Chapter 10
-
Models
- basic steps in creating:
Basic: Chapter 1
- creating geometry for:
Basic: Chapter 1
- Modes
- expanding:
Structural: Chapter 3
- expanding for high-frequency analysis:
Emag: Chapter 10
- number of:
Structural: Chapter 3
- number to expand:
Structural: Chapter 3
- number to extract:
Structural: Chapter 3
- printing reduced:
Structural: Chapter 3
- MODMSH command:
Modeling: Chapter 8
- Structural: Chapter 10
- MODOPT command:
Structural: Chapter 3
- Emag: Chapter 10
- Mohr-Coulomb:
Structural: Chapter 8
- Moments:
Coupled-Field: Chapter 4
- MONITOR command, changes from SOLCONTROL:
Structural: Chapter 8
- *MOONEY command:
Structural: Chapter 8
-
Mooney-Rivlin constants:
Structural: Chapter 8
- applying:
Structural: Chapter 8
- determining:
Structural: Chapter 8
- using:
Structural: Chapter 8
- MOPT command:
Modeling: Chapter 7
- Motif programming standards:
Operations: Chapter 4
-
Mouse button assignments
- for graphical picking:
Operations: Chapter 5
- for help system:
Operations: Chapter 7
- Mouse focus customization:
Operations: Chapter 6
- MOVE command:
Modeling: Chapter 3
-
Moving
- entities:
Modeling: Chapter 5
- keypoints:
Modeling: Chapter 5
- nodes and elements:
Modeling: Chapter 8
- solid models:
Modeling: Chapter 5
- Moving and copying nodes and elements:
Modeling: Chapter 8
- Moving bodies:
Emag: Chapter 2
- Moving bodies in electromagnetic problems:
Emag: Chapter 2
- Moving body analysis, real constants for:
Emag: Chapter 2
- Moving conductor regions for a model:
Emag: Chapter 2
- Moving wall:
CFD FLOTRAN: Chapter 4
- Moving working plane:
Operations: Chapter 4
- MP command:
Basic: Chapter 1
- Modeling: Chapter 9
- Structural: Chapter 2
- Thermal: Chapter 2
- CFD FLOTRAN: Chapter 5
- Emag: Chapter 2
- Coupled-Field: Chapter 3, 3-6
- MPAMOD command:
Basic: Chapter 1
- MPCHG command:
Modeling: Chapter 8
- Advanced: Chapter 6
- MPDAMP command:
Structural: Chapter 4
- MPDATA command:
Basic: Chapter 1
- Thermal: Chapter 2
- MPDRES command:
Basic: Chapter 1
- /MPLIB command:
Basic: Chapter 1
- MPMOD command:
Structural: Chapter 14
- MPPLOT command:
Basic: Chapter 1
- MPREAD command:
Basic: Chapter 1
- Emag: Chapter 5
- MPRS analysis:
Structural: Chapter 6
- MPTEMP command:
Basic: Chapter 1
- Thermal: Chapter 2
- MPTGEN command:
Basic: Chapter 1
- Thermal: Chapter 2
- MPWRITE command:
Basic: Chapter 1
- /MRSTART command:
Operations: Chapter 6
- MSDATA command:
CFD FLOTRAN: Chapter 11
- MSHAPE command:
Modeling: Chapter 7
- MSHKEY command:
Modeling: Chapter 7
- Structural: Chapter 9
- MSHMID command:
Modeling: Chapter 7
- MSHPATTERN command:
Modeling: Chapter 7
- MSMETH command:
CFD FLOTRAN: Chapter 11
- MSNOMF command:
CFD FLOTRAN: Chapter 11
- MSPROP command:
CFD FLOTRAN: Chapter 11
- MSRELAX command:
CFD FLOTRAN: Chapter 11
- MSSOLU command:
CFD FLOTRAN: Chapter 11
- MSSPEC command:
CFD FLOTRAN: Chapter 11
- MT command:
Structural: Chapter 2
- Multi-plotting:
Basic: Chapter 8
- Multi-point response spectrum:
Structural: Chapter 6
- Multilinear elastic:
Structural: Chapter 8
- Multilinear elasticity:
Structural: Chapter 8
- Multilinear isotropic hardening:
Structural: Chapter 8
- Multilinear kinematic hardening:
Structural: Chapter 8
- Multiple Entities dialog box:
Operations: Chapter 5
-
Multiple load steps
- defining:
Basic: Chapter 2
- solving:
Basic: Chapter 3
- Multiple solve solution method:
Basic: Chapter 3
- Multiple species analysis:
CFD FLOTRAN: Chapter 11
- Multiple species transport:
CFD FLOTRAN: Chapter 11
- Multiple-selection list:
Operations: Chapter 4
- Multiply connected domain:
Emag: Chapter 5
-
MVP method:
Emag: Chapter 1
- 3-D static magnetic analysis:
Emag: Chapter 16
- MXPAND command:
Structural: Chapter 3
- Emag: Chapter 10
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- N command:
Modeling: Chapter 3
- Structural: Chapter 9
- CFD FLOTRAN: Chapter 2
- Emag: Chapter 5
- Names, invalid product:
Operations: Chapter 2
- Naming ANSYS job:
Operations: Chapter 3
- NANG command:
Modeling: Chapter 3
- Natural convection problem:
CFD FLOTRAN: Chapter 1
- Natural frequencies:
Structural: Chapter 3
- Navigate menu item (Help system):
Operations: Chapter 7
- Navigating in the Help system:
Operations: Chapter 7
- NCNV command:
Structural: Chapter 2
- Thermal: Chapter 3
- CFD FLOTRAN: Chapter 2
- NDELE command:
Modeling: Chapter 9
- NDIST command:
Modeling: Chapter 9
- Negative pivot:
Basic: Chapter 3
- NEQIT command:
Structural: Chapter 2
- Thermal: Chapter 3
- CFD FLOTRAN: Chapter 2
- /NERR command:
Operations: Chapter 2
- Neutral graphics file:
Basic: Chapter 16
- Newton-Raphson:
Structural: Chapter 8
- Newton-Raphson option:
Structural: Chapter 2
- Newton-Raphson options:
Basic: Chapter 1
- Structural: Chapter 5
- Thermal: Chapter 2
- Emag: Chapter 4
- Advanced: Chapter 6
- NFORCE command:
Structural: Chapter 2
- NGEN command:
Modeling: Chapter 9
- NKPT command:
Modeling: Chapter 9
- NLGEOM command:
Basic: Chapter 5
- Structural: Chapter 2
- NLIST command:
Modeling: Chapter 3
- NMODIF command:
Modeling: Chapter 3
- CFD FLOTRAN: Chapter 2
- No license file found for feature error message:
Operations: Chapter 2
- No licenses are currently available error message:
Operations: Chapter 2
- NOCOLOR command:
Basic: Chapter 16
- Nodal contour plots:
Emag: Chapter 2
-
Nodal coordinate systems:
Modeling: Chapter 3
- p-method:
Structural: Chapter 13
- Nodal diameters:
Structural: Chapter 3
- Nodal forces and moments:
Structural: Chapter 2
- Nodal number ordering:
Structural: Chapter 9
- Nodal residuals file:
CFD FLOTRAN: Chapter 2
- Nodal solution listing format:
Structural: Chapter 4
- Nodal-based 3-D magnetic analysis:
Emag: Chapter 9
- Nodal-based magnetic analysis:
Emag: Chapter 1
- Node rotation angles:
Basic: Chapter 2
-
Node-to-node contact elements:
Structural: Chapter 9
- initial element status:
Structural: Chapter 9
- Node-to-surface contact, creating a component list of surface nodes:
Structural: Chapter 9
-
Node-to-surface contact elements:
Structural: Chapter 9
- guidelines:
Structural: Chapter 9
-
Nodes:
Modeling: Chapter 9
- defining keypoints at specified:
Modeling: Chapter 5
- moving and copying:
Modeling: Chapter 8
- refining the mesh around:
Modeling: Chapter 8
- sorting by number:
Basic: Chapter 5
- using to orient beam elements:
Modeling: Chapter 7
- /NOERASE command:
Basic: Chapter 9
- Nominal boundary conditions:
Coupled-Field: Chapter 2
- Non-fluid properties, specifying:
CFD FLOTRAN: Chapter 8
- Non-Newtonian flow capabilities in ANSYS:
CFD FLOTRAN: Chapter 8
- Non-Newtonian fluid flow analysis:
CFD FLOTRAN: Chapter 1
- Non-Newtonian viscosity models:
CFD FLOTRAN: Chapter 8
- Non-Newtonian viscosity types:
CFD FLOTRAN: Chapter 8
-
Non-standard uses:
Advanced: Chapter 7
- guidelines for:
Advanced: Chapter 7
- Non-summable data:
Basic: Chapter 5
-
Nonlinear analysis
- 2-D harmonic magnetic:
Emag: Chapter 3
- solving 2-D harmonic:
Emag: Chapter 3
- substeps in:
Basic: Chapter 2
- tips and guidelines:
Structural: Chapter 8
- Nonlinear behavior, causes:
Structural: Chapter 8
- Nonlinear load options:
Emag: Chapter 4
- Nonlinear load step options:
Basic: Chapter 2
- Emag: Chapter 16
- Nonlinear material properties:
Basic: Chapter 1
-
Nonlinear structural analysis
- automatic time stepping:
Structural: Chapter 8
- buckling:
Structural: Chapter 7
- conservative vs. nonconservative:
Structural: Chapter 8
- creep:
Structural: Chapter 8
- geometric nonlinearities:
Structural: Chapter 8
- hyperelasticity:
Structural: Chapter 8
- interpolation of results:
Structural: Chapter 8
- levels of operation:
Structural: Chapter 8
- load directions:
Structural: Chapter 8
- material nonlinearities:
Structural: Chapter 8
- nonlinear elements:
Structural: Chapter 8
- overview:
Structural: Chapter 8
- plasticity:
Structural: Chapter 8
- restarts:
Structural: Chapter 8
- sample transient input:
Structural: Chapter 8
- swelling:
Structural: Chapter 8
- termination:
Structural: Chapter 8
- typical output listing:
Structural: Chapter 8
- verifying results:
Structural: Chapter 8
- viscoelasticity:
Structural: Chapter 8
- viscoplasticity:
Structural: Chapter 8
- Nonlinear transient analysis, procedure:
Structural: Chapter 8
- NOORD command:
Modeling: Chapter 11
- /NORMAL command:
Modeling: Chapter 8
- Normalizing shapes:
Structural: Chapter 3
-
Normals
- controlling:
Modeling: Chapter 8
- reorienting area normals:
Modeling: Chapter 8
- reorienting shell element normals:
Modeling: Chapter 8
- reversing the normal of a line:
Modeling: Chapter 8
- reversing the normal of an area:
Modeling: Chapter 8
- reversing the normals of existing shell elements:
Modeling: Chapter 8
- NPLOT command:
Basic: Chapter 11
- Modeling: Chapter 9
- Structural: Chapter 2
- NPRINT command:
Basic: Chapter 6
- NREAD command:
Modeling: Chapter 9
- NREFINE command:
Modeling: Chapter 8
- NRLSUM command:
Structural: Chapter 6
- NROPT command:
Structural: Chapter 2
- Thermal: Chapter 2
- NROTAT command:
Modeling: Chapter 3
- CFD FLOTRAN: Chapter 2
- Emag: Chapter 9
- NRRANG command:
Modeling: Chapter 9
- NSCALE command:
Modeling: Chapter 9
- Structural: Chapter 10
- NSEL command:
Basic: Chapter 5
- Structural: Chapter 9
- Advanced: Chapter 4
- NSLA command:
Basic: Chapter 7
- NSLE command:
Basic: Chapter 7
- NSLK command:
Basic: Chapter 7
- NSLL command:
Basic: Chapter 7
- NSLV command:
Basic: Chapter 7
- NSOL command:
Structural: Chapter 4
- Thermal: Chapter 3
- Emag: Chapter 8
- NSORT command:
Basic: Chapter 5
- Structural: Chapter 2
- Emag: Chapter 7
- NSTORE command:
Basic: Chapter 6
- NSUBST command:
Basic: Chapter 2
- Structural: Chapter 2
- Thermal: Chapter 3
- Coupled-Field: Chapter 4
- NSVR command:
CFD FLOTRAN: Chapter 2
- Advanced: Chapter 7
- NSYM command:
Modeling: Chapter 9
- /NUMBER command:
Basic: Chapter 11
- Number compression:
Modeling: Chapter 11
- Number control:
Modeling: Chapter 11
- Number of eigenvalues to be extracted:
Structural: Chapter 7
- Number of harmonic solutions:
Structural: Chapter 4
- Number of reduced eigenvectors to print:
Structural: Chapter 7
- Number of solutions to expand:
Structural: Chapter 4
- Number offsets:
Modeling: Chapter 11
- Numbering, entities after Boolean operations:
Modeling: Chapter 5
- NUMCMP command:
Modeling: Chapter 8
- Numeric arguments:
Operations: Chapter 2
- NUMEXP command:
Basic: Chapter 2
- Structural: Chapter 4
- NUMMRG command:
Modeling: Chapter 8
- NUMOFF command:
Modeling: Chapter 11
- NUMSTR command:
Modeling: Chapter 11
- NURBS:
Modeling: Chapter 5
- NUSORT command:
Basic: Chapter 5
- NWPAVE command:
Modeling: Chapter 4
- NWPLAN command:
Modeling: Chapter 4
- NWRITE command:
Modeling: Chapter 9
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- Objective function:
Advanced: Chapter 1
- Obtain the modal solution:
Structural: Chapter 4
- Off-nodes:
Modeling: Chapter 7
- Offset temperature:
Thermal: Chapter 2
- Offsets, for sections:
Advanced: Chapter 8
- OMEGA command:
Structural: Chapter 8
- Omitting arguments in ANSYS commands:
Operations: Chapter 2
- One-way field coupling:
Coupled-Field: Chapter 2
- Online help and documentation.
See: Help system
- OPADD command:
Advanced: Chapter 1
- OPANL command:
Advanced: Chapter 1
- OPCLR command:
Advanced: Chapter 1
- OPDATA command:
Advanced: Chapter 1
- OPDEL command:
Advanced: Chapter 1
- Open circuits, modeling:
Emag: Chapter 9
- OPEQN command:
Advanced: Chapter 1
- Operating frequency:
Emag: Chapter 3
- Operating modes:
Operations: Chapter 3
-
Operating systems
- FORTRAN runtime error messages:
Operations: Chapter 2
- swap space error messages:
Operations: Chapter 2
- OPEXE command:
Advanced: Chapter 1
- OPFACT command:
Advanced: Chapter 1
- OPFRST command:
Advanced: Chapter 1
- OPGRAD command:
Advanced: Chapter 1
- OPKEEP command:
Advanced: Chapter 1
- OPLFA command:
Advanced: Chapter 1
- OPLGR command:
Advanced: Chapter 1
- OPLIST command:
Advanced: Chapter 1
- OPLOOP command:
Advanced: Chapter 1
- OPLSW command:
Advanced: Chapter 1
- OPMAKE command:
Advanced: Chapter 1
- OPNCONTROL command, changes through SOLCONTROL:
Structural: Chapter 8
- OPRAND command:
Advanced: Chapter 1
- OPRFA command:
Advanced: Chapter 1
- OPRGR command:
Advanced: Chapter 1
- OPRSW command:
Advanced: Chapter 1
- OPSAVE command:
Advanced: Chapter 1
- OPSEL command:
Advanced: Chapter 1
- OPSUBP command:
Advanced: Chapter 1
- OPSWEEP command:
Advanced: Chapter 1
- /OPT command:
Advanced: Chapter 1
- Operations: Chapter 4
-
Optimization
-
See also: Design optimization
- topological.
See: Design optimization
- Optimizing ANSYS component design:
Operations: Chapter 4
- Option buttons:
Operations: Chapter 4
- Options menu item (Help system):
Operations: Chapter 7
- OPTYPE command:
Advanced: Chapter 1
- OPUSER command:
Advanced: Chapter 1
- OPVAR command:
Advanced: Chapter 1
-
Orientation keypoints:
Modeling: Chapter 7
- assigning to lines:
Modeling: Chapter 7
- Orientation nodes and beam meshing:
Modeling: Chapter 7
- Orthotropic material properties:
Basic: Chapter 1
- OSF/Motif.
See: Motif programming standards
- Other examples, direct method:
Coupled-Field: Chapter 3
- .OUT suffix:
Operations: Chapter 3
- OUTPR command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 3
- Emag: Chapter 15
- Coupled-Field: Chapter 4
-
Output:
Structural: Chapter 8
- database and results file:
Structural: Chapter 2
- printed:
Structural: Chapter 2
- /OUTPUT command:
Basic: Chapter 3
- Structural: Chapter 12
- Output control:
Structural: Chapter 4
-
Output control options
- explicit dynamics analysis:
Structural: Chapter 14
- output interval:
Structural: Chapter 14
- substep controls:
Structural: Chapter 14
- time:
Structural: Chapter 14
- Output controls:
Basic: Chapter 2
- Structural: Chapter 3
- Emag: Chapter 3
-
Output file:
Basic: Chapter 18
- contents of:
Basic: Chapter 3
- for UNIX systems:
Operations: Chapter 3
- for Windows systems:
Operations: Chapter 3
-
Output Window:
Operations: Chapter 4
- exiting ANSYS from:
Operations: Chapter 4
- output storage size of:
Operations: Chapter 3
- screen location:
Operations: Chapter 4
- OUTRES command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 3
- Emag: Chapter 3
- Coupled-Field: Chapter 4
- Overlap (Boolean operation):
Modeling: Chapter 5
-
Overlapping
- areas:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- volumes:
Modeling: Chapter 5
- Overwrite frequency option, setting:
CFD FLOTRAN: Chapter 2
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
-
p-Elements
- meshing:
Structural: Chapter 13
- real constants:
Structural: Chapter 13
-
p-Level
- error estimation techniques:
Structural: Chapter 13
- error-estimation range:
Structural: Chapter 13
-
p-Method:
Structural: Chapter 13
- benefits of:
Structural: Chapter 13
- guidelines for meshing:
Structural: Chapter 13
- internal DOFs:
Structural: Chapter 13
- load step options:
Structural: Chapter 13
- loads:
Structural: Chapter 13
- meshing the model:
Structural: Chapter 13
- p-element subgrid:
Structural: Chapter 13
- printing and plotting results:
Structural: Chapter 13
- querying subgrid results:
Structural: Chapter 13
- reviewing results:
Structural: Chapter 13
- solving common problems:
Structural: Chapter 13
- specialized displays and listings:
Structural: Chapter 13
- status of elements:
Structural: Chapter 13
- use of solvers:
Structural: Chapter 13
- using:
Structural: Chapter 13
- viewing the element model:
Structural: Chapter 13
- PADELE command:
Basic: Chapter 5
- /PAGE command:
Basic: Chapter 5
- Page file:
Basic: Chapter 19
- PAGET command:
Basic: Chapter 5
- Pairwise intersection:
Modeling: Chapter 5
- Parallel processing in ANSYS:
Operations: Chapter 6
- Parameters, TABLE type:
Thermal: Chapter 2
- Parameters defined at start-up:
Operations: Chapter 3
- Parameters for high-frequency devices:
Emag: Chapter 10
- Parameters menu item:
Operations: Chapter 4
- Parameters to be defined menu item:
Operations: Chapter 3
- Parametric surfaces:
Modeling: Chapter 5
- PARESU command:
Basic: Chapter 5
- PARRAY command:
Basic: Chapter 5
- Partial solution method:
Basic: Chapter 3
- Participation factor calculations:
Structural: Chapter 6
- Particle flow trace, displaying:
Basic: Chapter 12
- Particle flow traces:
Basic: Chapter 5
- Particle velocity:
Coupled-Field: Chapter 4
-
Partitioning
- areas:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- volumes:
Modeling: Chapter 5
- PASAVE command:
Basic: Chapter 5
-
Path
- defining:
Basic: Chapter 5
- mapping results to:
Basic: Chapter 5
- operations:
Basic: Chapter 5
- plotting and listing:
Basic: Chapter 5
- PATH command:
Emag: Chapter 11
- PATH command:
Basic: Chapter 5
- Structural: Chapter 10
- Emag: Chapter 10
- Path plots:
Basic: Chapter 5
- Pathname conventions:
Operations: Chapter 2
-
Paths:
Operations: Chapter 6
- defining for material library files:
Basic: Chapter 1
- Pausing the ANSYS program:
Basic: Chapter 9
- /PBC command:
Basic: Chapter 5
- Structural: Chapter 2
- /PBF command:
Basic: Chapter 11
- PCALC command:
Basic: Chapter 5
- Structural: Chapter 10
- PCIRC command:
Modeling: Chapter 5
- PCONV command:
Structural: Chapter 13
- /PCOPY command:
Basic: Chapter 16
- PCORRO command:
Modeling: Chapter 10
- PCROSS command:
Basic: Chapter 5
- PDEF command:
Basic: Chapter 5
- Structural: Chapter 10
- PDOT command:
Basic: Chapter 5
- PDRAG command:
Modeling: Chapter 10
- Penalty stiffness:
Structural: Chapter 9
- PERBC2D command:
Basic: Chapter 5
- Emag: Chapter 2
- Performing a surface-to-surface contact analysis:
Structural: Chapter 9
- PERI macro:
CFD FLOTRAN: Chapter 4
- Periodic boundaries:
CFD FLOTRAN: Chapter 4
- Periodic boundary conditions:
Emag: Chapter 3
- Periodic conditions:
Modeling: Chapter 12
-
Permanent files
- definition of:
Basic: Chapter 18
- table of:
Basic: Chapter 18
- Permanent graphics display:
Operations: Chapter 4
- Permanent magnet regions of a model:
Emag: Chapter 2
- Permeable material regions in a model:
Emag: Chapter 2
- Permission denied, must be owner... error message:
Operations: Chapter 2
- Permittivity:
Emag: Chapter 14
- Coupled-Field: Chapter 3
- PEXCLUDE command:
Structural: Chapter 13
- PFACT command:
Structural: Chapter 6
- PFLUID command:
Modeling: Chapter 10
- PGAP command:
Modeling: Chapter 10
- Phase angle:
Emag: Chapter 3
- Phase angle for expansion:
Structural: Chapter 4
- Phase angle of harmonic loads:
Structural: Chapter 4
- Phase change:
Thermal: Chapter 3
- Physical regions
- 3-D edge-based model:
Emag: Chapter 6
- 3-D harmonic edge-based model:
Emag: Chapter 7
- assigning for transient magnetic analysis:
Emag: Chapter 4
- assigning region attributes:
Emag: Chapter 2
- for 2-D magnetic analysis:
Emag: Chapter 3
- for a 3-D Magnetic Vector Potential analysis:
Emag: Chapter 9
- high-frequency analysis:
Emag: Chapter 10
- iron:
Emag: Chapter 5
- Physics analysis:
Coupled-Field: Chapter 2
- PHYSICS command:
Coupled-Field: Chapter 2, 2-10
-
Physics environment
- advantages of:
Coupled-Field: Chapter 2
- and element order:
Coupled-Field: Chapter 2
- creating for static magnetic analysis:
Emag: Chapter 2
- definition of:
Coupled-Field: Chapter 2
- element types for:
Coupled-Field: Chapter 2
- for 2-D transient magnetic analysis:
Emag: Chapter 4
- for a 3-D nodal-based magnetic analysis:
Emag: Chapter 9
- for a 3-D transient nodal-based magnetic analysis:
Emag: Chapter 9
- for a harmonic 2-D magnetic analysis:
Emag: Chapter 3
- for harmonic high-frequency analysis:
Emag: Chapter 10
- physics file contents:
Coupled-Field: Chapter 2
- reading from the database:
Coupled-Field: Chapter 2
- restarting a physics environment:
Coupled-Field: Chapter 2
- transferring loads between environments:
Coupled-Field: Chapter 2
- Pick All button:
Operations: Chapter 5
- Piezoelectric analysis:
Coupled-Field: Chapter 1, 3-2, 3-3
- Piezoelectric matrix:
Coupled-Field: Chapter 3
- Piezoelectric model:
Coupled-Field: Chapter 3
- Pilot node:
Structural: Chapter 9
- PINCLUDE command:
Structural: Chapter 13
- PINSUL command:
Modeling: Chapter 10
- Pipe data generator:
Modeling: Chapter 10
- Planar symmetry:
Emag: Chapter 11
- PLANE121 element:
Emag: Chapter 13
- PLANE13 element:
Emag: Chapter 2
- Coupled-Field: Chapter 1, 3-1, 3-3, 3-7
- PLANE145:
Structural: Chapter 13
- PLANE146:
Structural: Chapter 13
- PLANE2:
Structural: Chapter 10
- PLANE53:
Coupled-Field: Chapter 3
- PLANE53 element:
Emag: Chapter 2
- Coupled-Field: Chapter 3, 3-9
- PLANE67 element:
Emag: Chapter 13
- Coupled-Field: Chapter 3, 3-3
- Planewave:
Emag: Chapter 10
- PLANEWAVE command:
Emag: Chapter 10
- Plastic:
Structural: Chapter 8
-
Plasticity:
Structural: Chapter 8
- anisotropic:
Structural: Chapter 8
- automatic time stepping:
Structural: Chapter 8
- bilinear isotropic hardening:
Structural: Chapter 8
- bilinear kinematic hardening:
Structural: Chapter 8
- Drucker-Prager:
Structural: Chapter 8
- multilinear isotropic hardening:
Structural: Chapter 8
- multilinear kinematic hardening:
Structural: Chapter 8
- Plastics:
Structural: Chapter 8
- PLCONV command:
Structural: Chapter 13
- PLCPLX command:
Basic: Chapter 13
- Structural: Chapter 4
- PLCRACK command:
Basic: Chapter 5
- PLDISP command:
Basic: Chapter 5
- Structural: Chapter 2
- PLESOL command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- Emag: Chapter 7
- PLETAB command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- Emag: Chapter 13
- PLF2D command:
Basic: Chapter 5
- Emag: Chapter 2
- PLLS command:
Basic: Chapter 5
- Structural: Chapter 2
-
PLNSOL command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- Emag: Chapter 7
- with p-elements:
Structural: Chapter 13
- /PLOPTS command:
Basic: Chapter 9
- PLOT command:
Basic: Chapter 16
- Plot menu item:
Operations: Chapter 4
- PlotCtrls menu item:
Operations: Chapter 4
-
Plots:
Operations: Chapter 4
-
See also: Displays
- cracking and crushing:
Basic: Chapter 5
-
Plotting
- analysis with nonlinear material properties:
Basic: Chapter 1
- areas:
Basic: Chapter 11
- Modeling: Chapter 5
- convergence:
Emag: Chapter 2
- elements:
Basic: Chapter 11
- generating hard-copy plots:
Basic: Chapter 16
- hard points:
Modeling: Chapter 5
- keypoints:
Basic: Chapter 11
- Modeling: Chapter 5
- lines:
Basic: Chapter 11
- Modeling: Chapter 5
- material property vs. temperature:
Basic: Chapter 1
- models:
Basic: Chapter 1
- nodes:
Basic: Chapter 11
- replotting:
Basic: Chapter 11
- sections:
Advanced: Chapter 8
- volumes:
Basic: Chapter 11
- Modeling: Chapter 5
-
Plotting results
- 2-D harmonic analysis:
Emag: Chapter 3
- 2-D static magnetic analysis:
Emag: Chapter 2
- 2-D transient magnetic analysis:
Emag: Chapter 4
- for electrostatic analysis:
Emag: Chapter 14
- transient electric circuit analysis:
Emag: Chapter 15
- PLPAGM command:
Basic: Chapter 5
- PLPATH command:
Basic: Chapter 5
- PLSECT command:
Basic: Chapter 13
- PLTIME command:
Basic: Chapter 13
- PLTRAC command:
Basic: Chapter 5
- PLVAR command:
Basic: Chapter 13
- Structural: Chapter 4
- Emag: Chapter 8
- PLVAROPT command:
Advanced: Chapter 1
- PLVECT command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- Emag: Chapter 5
- PMAP command:
Basic: Chapter 5
- /PMETH command:
Structural: Chapter 13
- PMGTRAN command:
Basic: Chapter 5
- Emag: Chapter 8
- PMGTRAN command macro:
Emag: Chapter 8
- PMGTRAN macro:
Emag: Chapter 6
- PMOPTS command:
Structural: Chapter 13
- /PNUM command:
Basic: Chapter 11
- Point-to-point contact:
Structural: Chapter 9
- Point-to-surface contact:
Structural: Chapter 9
- Pointer focus:
Operations: Chapter 6
- Poisson's ratio:
Basic: Chapter 1
- Polygonal areas, creating:
Modeling: Chapter 5
- POPT command:
Basic: Chapter 5
- Modeling: Chapter 10
- PORTOPT command:
Emag: Chapter 10
-
POST1:
Basic: Chapter 4
- Structural: Chapter 2
- Thermal: Chapter 3
- Emag: Chapter 7
- 2-D harmonic analysis:
Emag: Chapter 3
- 2-D transient magnetic analysis:
Emag: Chapter 4
- and electrostatic analysis:
Emag: Chapter 14
- reviewing results:
Emag: Chapter 4
- transient electric circuit analysis:
Emag: Chapter 15
- using:
Structural: Chapter 4
- /POST1 command:
Basic: Chapter 1
- Structural: Chapter 3
- Emag: Chapter 7
- Operations: Chapter 4
- POST1 postprocessor:
Emag: Chapter 2
- Operations: Chapter 2
-
POST26:
Basic: Chapter 4
- Structural: Chapter 2
- Thermal: Chapter 3
- Emag: Chapter 8
- 2-D harmonic analysis:
Emag: Chapter 3
- 2-D transient magnetic analysis:
Emag: Chapter 4
- defining variables:
Basic: Chapter 6
- operations among variables:
Basic: Chapter 6
- storing variables:
Basic: Chapter 6
- using:
Structural: Chapter 4
- /POST26 command:
Basic: Chapter 1
- Structural: Chapter 6
- Emag: Chapter 7
- Operations: Chapter 4
- POST26 postprocessor:
Operations: Chapter 2
-
Postprocessing:
Basic: Chapter 4
- animation:
Basic: Chapter 15
- contour displays:
Basic: Chapter 12
- data available for:
Basic: Chapter 4
- defining results data to retrieve:
Basic: Chapter 5
- definition of:
Basic: Chapter 4
- displaced-shape displays:
Basic: Chapter 12
- error estimation:
Basic: Chapter 5
- fatigue:
Structural: Chapter 12
- for different analysis.
See: Reviewing results
- graphs:
Basic: Chapter 13
- retrieving selected results:
Basic: Chapter 5
- selecting logic:
Basic: Chapter 7
- using POST1:
Basic: Chapter 5
- using POST26:
Basic: Chapter 6
- vector-results displays:
Basic: Chapter 12
- Postprocessing commands:
Emag: Chapter 3
- Postprocessing commands and GUI paths:
Emag: Chapter 7
- Postprocessing macros:
Emag: Chapter 11
- Postprocessors:
Basic: Chapter 1
- Operations: Chapter 2
- PostScript:
Basic: Chapter 8
- Potential drop:
Coupled-Field: Chapter 3, 3-10, 3-11
- Power dynamics method:
Structural: Chapter 3
- Power Law viscosity model:
CFD FLOTRAN: Chapter 8
- Power loss:
Emag: Chapter 9
- Power loss, calculating:
Emag: Chapter 11
-
Power spectral density (PSD):
Structural: Chapter 6
-
See also: Random vibrations
-
PowerGraphics:
Basic: Chapter 10
- activating:
Basic: Chapter 10
- averaging results:
Basic: Chapter 10
- changing facets for:
Basic: Chapter 11
- characteristics of:
Basic: Chapter 10
- how to use:
Basic: Chapter 10
- plot characteristics:
Basic: Chapter 10
- printing and plotting results:
Basic: Chapter 10
- specifying element facets:
Basic: Chapter 10
- when to use:
Basic: Chapter 10
- POWERH command:
Basic: Chapter 5
- Emag: Chapter 3
- POWERH command macro:
Emag: Chapter 8
- POWERH macro:
Emag: Chapter 6
- PPATH command:
Basic: Chapter 5
- Structural: Chapter 10
- Emag: Chapter 11
- PPLOT command:
Structural: Chapter 13
- PPRANGE command:
Structural: Chapter 13
- PPRES command:
Modeling: Chapter 10
- PRCONV command:
Structural: Chapter 13
- PRCPLX command:
Structural: Chapter 4
- Preconditioned Conjugate Gradient (PCG) solver:
Basic: Chapter 3
- PRED command:
Structural: Chapter 2
- Thermal: Chapter 3
- Predictor:
Structural: Chapter 8
- Predictor corrector option:
Structural: Chapter 9
- Predictor-corrector option:
Structural: Chapter 2
-
Preferences
-
setting
- for 2-D static magnetic analysis:
Emag: Chapter 2
- for electric circuit analysis:
Emag: Chapter 15
- for electrostatic analysis:
Emag: Chapter 14
- setting for explicit dynamics analysis:
Structural: Chapter 14
- Preferences menu item:
Operations: Chapter 4
- Preferences, specifying for the GUI:
Emag: Chapter 5
- /PREP7 command:
Thermal: Chapter 4
- Operations: Chapter 4
- PREP7 preprocessor:
Operations: Chapter 2
- Preprocessor menu item:
Operations: Chapter 4
- Preprocessors:
Operations: Chapter 2
- PRERR command:
Basic: Chapter 5
- Structural: Chapter 2
-
PRESOL command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- CFD FLOTRAN: Chapter 2
- Emag: Chapter 7
- with p-elements:
Structural: Chapter 13
- Pressure gradient:
Coupled-Field: Chapter 4
- Pressure loads, applying on beams:
Basic: Chapter 2
- Pressure surface loads:
Coupled-Field: Chapter 4
- Pressure transducer:
Coupled-Field: Chapter 3
- Pressure wave limit:
CFD FLOTRAN: Chapter 6
- Pressure-structural (acoustic) analysis:
Coupled-Field: Chapter 3
- Prestress effects calculation:
Structural: Chapter 2
-
Prestressed analysis
- harmonic response:
Structural: Chapter 4
- mode superposition harmonic response:
Structural: Chapter 4
- transient:
Structural: Chapter 5
- Prestressed full transient dynamic analysis, procedure:
Structural: Chapter 5
- Prestressed harmonic response analysis, procedure:
Structural: Chapter 4
- Prestressed modal analysis:
Structural: Chapter 3
- Prestressed modal analysis of a large deflection:
Structural: Chapter 3
-
Prestressed modal cyclic symmetry:
Structural: Chapter 3
- procedure:
Structural: Chapter 3
- Prestressed mode superposition harmonic response analysis, procedure:
Structural: Chapter 4
- Prestressed mode superposition transient dynamic analysis, procedure:
Structural: Chapter 5
- Prestressed reduced transient dynamic analysis, procedure:
Structural: Chapter 5
- PRETAB command:
Basic: Chapter 5
- Structural: Chapter 8
- Emag: Chapter 13
-
Primary data
- 2-D harmonic analysis:
Emag: Chapter 3
- 2-D transient magnetic analysis:
Emag: Chapter 4
- electrostatic analysis:
Emag: Chapter 14
- from 2-D static magnetic analysis:
Emag: Chapter 2
- listing nodal:
Emag: Chapter 15
- variables:
Emag: Chapter 4
- Primary results data:
Basic: Chapter 4
- Primary variables:
Thermal: Chapter 2
-
Primitives:
Modeling: Chapter 5
- Structural: Chapter 9
- arc segments:
Modeling: Chapter 5
- areas:
Modeling: Chapter 5
- volumes:
Modeling: Chapter 5
- Principal stresses, for SHELL61:
Basic: Chapter 5
- Printed output:
Structural: Chapter 2
-
Printing
- defining printer information in UNIX:
Operations: Chapter 3
- files:
Operations: Chapter 3
- from UNIX systems:
Basic: Chapter 16
- from Windows systems:
Basic: Chapter 16
- help text:
Operations: Chapter 7
- reduced modes:
Structural: Chapter 3
- Printing and plotting node and element results, p-method:
Structural: Chapter 13
- Prisms, creating:
Modeling: Chapter 5
- PRITER command:
Basic: Chapter 5
- Structural: Chapter 8
- PRNLD command:
Basic: Chapter 5
- CFD FLOTRAN: Chapter 2
-
PRNSOL command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- Emag: Chapter 7
- with p-elements:
Structural: Chapter 13
- Probabilistic analysis:
Structural: Chapter 6
- Processing constraint equations:
Structural: Chapter 3
- Processor level:
Operations: Chapter 2
-
Processors:
Operations: Chapter 2
- entering:
Operations: Chapter 2
- exiting:
Operations: Chapter 2
- list of:
Operations: Chapter 2
- Product selection menu item:
Operations: Chapter 3
- PRODUCT VALUE ENTERED IS NOT VALID error message:
Operations: Chapter 2
-
Products
- ANSYS:
Operations: Chapter 3
-
changing default
- from UNIX systems:
Operations: Chapter 3
- from Windows systems:
Operations: Chapter 3
- invalid name:
Operations: Chapter 2
-
selecting derived
- from command line:
Operations: Chapter 3
- from a UNIX system:
Operations: Chapter 3
- from Windows systems:
Operations: Chapter 3
- variables for:
Operations: Chapter 3
- .profile file:
Operations: Chapter 3
- Program control task commands:
Operations: Chapter 2
- Program group, starting ANSYS from:
Operations: Chapter 3
-
Program group icons
- ANS_ADMIN Utility:
Operations: Chapter 3
- Batch:
Operations: Chapter 3
- CMAP Utility:
Operations: Chapter 3
- DISPLAY Help:
Operations: Chapter 3
- DISPLAY Utility:
Operations: Chapter 3
- Help System:
Operations: Chapter 3
- Interactive:
Operations: Chapter 3
- License Status:
Operations: Chapter 3
- Readme:
Operations: Chapter 3
- Run Interactive Now:
Operations: Chapter 3
- Site Information:
Operations: Chapter 3
- UnInstall ANSYS:
Operations: Chapter 3
- Program-selected masters:
Structural: Chapter 3
- Prompt area:
Operations: Chapter 4
- Properties for non-fluid regions:
CFD FLOTRAN: Chapter 5
- Property calculations:
CFD FLOTRAN: Chapter 7
- Property database units:
CFD FLOTRAN: Chapter 8
- Property labels:
CFD FLOTRAN: Chapter 8
- Proportional limit:
Structural: Chapter 8
- PRPATH command:
Basic: Chapter 5
- PRRSOL command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- CFD FLOTRAN: Chapter 2
- Emag: Chapter 7
- PRSECT command:
Basic: Chapter 5
- PRSSOL command:
Advanced: Chapter 8
- PRTIME command:
Basic: Chapter 6
- PRVAR command:
Basic: Chapter 6
- Structural: Chapter 4
- Emag: Chapter 8
- PRVAROPT command:
Advanced: Chapter 1
- PRVECT command:
Basic: Chapter 5
- Structural: Chapter 2
- PSD.
See: Power spectral density
- PSD analysis:
Structural: Chapter 6
- PSD type:
Structural: Chapter 6
- PSD-versus-frequency table:
Structural: Chapter 6
- PSDCOM command:
Structural: Chapter 6
- PSDFRQ command:
Structural: Chapter 6
- PSDRES command:
Structural: Chapter 6
- PSDSPL command:
Structural: Chapter 6
- PSDUNIT command:
Structural: Chapter 6
- PSDVAL command:
Structural: Chapter 6
- PSDWAV command:
Structural: Chapter 6
- PSEL command:
Basic: Chapter 5
- Pseudo cells:
Advanced: Chapter 8
- PSOLVE command:
Basic: Chapter 3
- Structural: Chapter 2
- CFD FLOTRAN: Chapter 2
- PSPEC command:
Modeling: Chapter 10
- PSPRNG command:
Modeling: Chapter 10
- PSTRES command:
Structural: Chapter 2
- /PSYMB command:
Basic: Chapter 9
- Structural: Chapter 9
- PTEMP command:
Modeling: Chapter 10
- Pull-down menus:
Operations: Chapter 4
- Pulsed excitation of conductors:
Coupled-Field: Chapter 3
- PUNIT command:
Modeling: Chapter 10
- PVECT command:
Basic: Chapter 5
- Structural: Chapter 10
- Pyramids, creating transitional pyramid elements:
Modeling: Chapter 7
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- Q-slices:
Basic: Chapter 12
- QDVAL command:
Structural: Chapter 6
- QFACT command:
Basic: Chapter 5
- Emag: Chapter 11
- QFACT command macro:
Emag: Chapter 10
- QUAD command:
Modeling: Chapter 9
- Quadratic elements (midside nodes):
Modeling: Chapter 2
- Quadrature order:
CFD FLOTRAN: Chapter 2
-
Quadrilateral elements:
Modeling: Chapter 7
- transitional mapped meshing with:
Modeling: Chapter 7
- Quality factor, calculating:
Emag: Chapter 10
- Quartz:
Coupled-Field: Chapter 3
- Queried Data menu item:
Operations: Chapter 5
- Query picking:
Basic: Chapter 10
- Operations: Chapter 5
- /QUIT command:
Operations: Chapter 2
- Quit menu item:
Operations: Chapter 3
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- R command:
Modeling: Chapter 9
- Structural: Chapter 9
- RACE command:
Basic: Chapter 5
- Emag: Chapter 5
-
Racetrack coil:
Emag: Chapter 5
- modeling:
Emag: Chapter 9
- Radiating surfaces, defining:
Thermal: Chapter 4
-
Radiation:
Thermal: Chapter 1
- CFD FLOTRAN: Chapter 4
- definition of:
Thermal: Chapter 4
- methods of radiation analysis:
Thermal: Chapter 4
- Radiation link elements:
Thermal: Chapter 4
- Radiation matrix:
Thermal: Chapter 1
- Radiation Matrix menu item:
Operations: Chapter 4
- Radio buttons:
Operations: Chapter 4
- RALL command:
Basic: Chapter 3
- Ramped loads:
Basic: Chapter 2
- Structural: Chapter 2
- Random vibrations:
Structural: Chapter 6
- Range counting:
Structural: Chapter 12
- RAPPND command:
Basic: Chapter 5
- Raster mode:
Basic: Chapter 11
- Rate of change, specifying:
CFD FLOTRAN: Chapter 10
- Rate-independent analysis:
Basic: Chapter 2
- /RATIO command:
Basic: Chapter 11
- Ratio of specific heats:
CFD FLOTRAN: Chapter 8
- Rayleigh damping constants:
Structural: Chapter 5
- Reaction data
- defining variables for:
Emag: Chapter 15
- variables:
Emag: Chapter 4
- Reaction forces and moments:
Structural: Chapter 2
- Reaction loads:
Basic: Chapter 5
- Read start.ans at start-up? menu item:
Operations: Chapter 3
-
Reading
- material libraries:
Emag: Chapter 2
- user-defined mesh:
Advanced: Chapter 8
-
Reading results into the database
- electrostatic analysis:
Emag: Chapter 14
- transient electric circuit analysis:
Emag: Chapter 15
- Reading start.ans file:
Operations: Chapter 3
- Readme icon:
Operations: Chapter 3
- Real cells:
Advanced: Chapter 8
- Real Cells picking box:
Advanced: Chapter 8
- REAL command:
Modeling: Chapter 7
- Structural: Chapter 9
-
Real constants
- defining:
Basic: Chapter 1
- Emag: Chapter 2
- for contact elements:
Structural: Chapter 9
- for harmonic high-frequency analysis:
Emag: Chapter 10
- for layered elements:
Structural: Chapter 11
- for moving body analysis:
Emag: Chapter 2
- for voltage-fed stranded coils:
Emag: Chapter 2
- listing:
Basic: Chapter 1
- table of:
Modeling: Chapter 7
- Real memory:
Basic: Chapter 19
- Receivers:
Emag: Chapter 10
- Recovering from a database corruption:
Operations: Chapter 8
- Rectangles, creating:
Modeling: Chapter 5
- RECTNG command:
Modeling: Chapter 5
- REDUCE command:
Modeling: Chapter 10
- Reduced (Householder) method:
Structural: Chapter 3
- Reduced analysis.
See: Matrix reduction
- Reduced eigenvectors:
Structural: Chapter 7
- Reduced harmonic response analysis, expand the solution:
Structural: Chapter 4
- Reduced method:
Structural: Chapter 3
- Reduced Scalar Potential (RSP):
Emag: Chapter 5
- Reduced transient dynamic analysis
- expansion pass:
Structural: Chapter 5
- load step options:
Structural: Chapter 5
- obtain the reduced solution:
Structural: Chapter 5
- review results of expanded solution:
Structural: Chapter 5
- Reference pressure:
CFD FLOTRAN: Chapter 8
- Reference properties:
CFD FLOTRAN: Chapter 8
- Reference temperature:
Basic: Chapter 2
- Structural: Chapter 2
- Refining a mesh:
Modeling: Chapter 7
- Refining a mesh locally.
See: Meshing, local refinement
- REFLCOEF command:
Basic: Chapter 5
- Emag: Chapter 11
- REFLCOEF command macro:
Emag: Chapter 10
- Reflecting, keypoints:
Modeling: Chapter 5
- Relative permeability:
Emag: Chapter 5
- Relative stress distributions, buckling analysis:
Structural: Chapter 7
-
Relaxation factors:
CFD FLOTRAN: Chapter 2
- setting:
CFD FLOTRAN: Chapter 5
- Remeshing the model:
Modeling: Chapter 7
- Reordering of elements:
Modeling: Chapter 11
- Reorienting, shell element normals:
Modeling: Chapter 8
- Repeating, body loads:
Basic: Chapter 2
- /REPLOT command:
Basic: Chapter 8
- RESET command:
Basic: Chapter 5
- Residuals for DOFs, calculating:
CFD FLOTRAN: Chapter 2
- Resistivity:
Emag: Chapter 2
- Resizing the Graphics Window:
Operations: Chapter 4
- Resource Editor menu item:
Operations: Chapter 3
- RESP command:
Basic: Chapter 6
- Response PSD, calculating:
Structural: Chapter 6
-
Response spectrum
-
See also: Spectrum analysis
- generating (POST26):
Basic: Chapter 6
- multi-point:
Structural: Chapter 6
- single-point:
Structural: Chapter 6
- type:
Structural: Chapter 6
- Restart file:
CFD FLOTRAN: Chapter 2
-
Restarting
- a design optimization analysis:
Advanced: Chapter 1
- from an incompatible database:
Basic: Chapter 3
- previous analysis:
Emag: Chapter 14
- unconverged solution:
Emag: Chapter 2
- Restarting a nonlinear analysis:
Basic: Chapter 3
- Restarting an analysis:
Basic: Chapter 1
- Restarts:
Structural: Chapter 8
-
Results
- data from a PSD analysis:
Structural: Chapter 6
- electric field analysis:
Emag: Chapter 13
- electrostatic analysis:
Emag: Chapter 14
- extrapolation of:
Structural: Chapter 2
- from 2-D transient magnetic analysis:
Emag: Chapter 4
- from harmonic circuit analysis:
Emag: Chapter 15
- using as loads in another analysis:
Basic: Chapter 2
- Results coordinate system:
Basic: Chapter 5
- Modeling: Chapter 3
-
Results data:
Emag: Chapter 5
- listing for static circuit analysis:
Emag: Chapter 15
-
Results file:
CFD FLOTRAN: Chapter 2
- defining:
Emag: Chapter 15
- magnetic (
Jobname:.RMG): Emag: Chapter 3
- Results file output:
Structural: Chapter 2
- Results file types:
Coupled-Field: Chapter 2
- Results files:
Basic: Chapter 1
- Emag: Chapter 4
- Results from 3-D transient edge-based analysis, reviewing:
Emag: Chapter 8
- Results from a harmonic high-frequency analysis, reviewing:
Emag: Chapter 10
- Results from edge-based analysis:
Emag: Chapter 6
- Results from harmonic edge-based analysis, reviewing:
Emag: Chapter 7
- Results from RSP, DSP, or GSP analyses, reviewing:
Emag: Chapter 5
- Results mapping:
Basic: Chapter 5
- RESUME command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- Emag: Chapter 8
- Coupled-Field: Chapter 4;
- Operations: Chapter 2
- Resuming an analysis:
Thermal: Chapter 2
- Retrieval picking:
Operations: Chapter 5
- Reviewing analysis results:
Basic: Chapter 1
-
Reviewing results
-
See also: Postprocessing
- acoustics:
Coupled-Field: Chapter 4
- birth and death:
Advanced: Chapter 6
- eigenvalue buckling:
Structural: Chapter 7
- fatigue:
Structural: Chapter 12
-
harmonic response analysis
- full method:
Structural: Chapter 4
- mode superposition method:
Structural: Chapter 4
- reduced method:
Structural: Chapter 4
- modal analysis:
Structural: Chapter 3
- nonlinear static structural:
Structural: Chapter 8
- nonlinear transient structural:
Structural: Chapter 8
- reduced harmonic analysis:
Structural: Chapter 4
-
spectrum analysis
- PSD:
Structural: Chapter 6
- single-point:
Structural: Chapter 6
- static structural analysis:
Structural: Chapter 2
-
transient dynamic analysis
- full method:
Structural: Chapter 5
- mode superposition method:
Structural: Chapter 5
- reduced method:
Structural: Chapter 5
- Revising, solid models:
Modeling: Chapter 8
-
Revising a model:
Modeling: Chapter 8
- clearing and deleting:
Modeling: Chapter 8
- local mesh refinement:
Modeling: Chapter 8
- moving and copying nodes and elements:
Modeling: Chapter 8
- tracking element faces and orientations:
Modeling: Chapter 8
- REXPORT command:
Structural: Chapter 14
- Reynolds number:
CFD FLOTRAN: Chapter 4
- RFILSZ command:
Basic: Chapter 3
- RFORCE command:
Structural: Chapter 4
- Thermal: Chapter 3
- Emag: Chapter 8
- Rigid region:
Modeling: Chapter 12
- Rigid-flexible contact:
Structural: Chapter 9
- RIMPORT command:
Structural: Chapter 14
- RITER command:
Basic: Chapter 3
- RLIST command:
Basic: Chapter 1
- RMEMRY command:
Basic: Chapter 3
- RMODIF command:
Structural: Chapter 9
- RMORE command:
Structural: Chapter 11
- Rock:
Structural: Chapter 8
- ROCK command:
Structural: Chapter 6
- Rolling:
Structural: Chapter 8
- Rotating:
Modeling: Chapter 5
- Rotating frames of reference:
CFD FLOTRAN: Chapter 9
- Rotating results:
Basic: Chapter 5
- Rotational speeds:
CFD FLOTRAN: Chapter 9
- Routine level.
See: Processor level
- RPOLY command:
Modeling: Chapter 5
- RPR4 command:
Modeling: Chapter 5
- RPRISM command:
Modeling: Chapter 5
- RPSD command:
Structural: Chapter 6
- RSP analysis:
Emag: Chapter 16
- RSPEED command:
Basic: Chapter 3
- RSTAT command:
Basic: Chapter 3
- RSYS command:
Basic: Chapter 5
- Modeling: Chapter 3
- Structural: Chapter 10
- RTIMST command:
Basic: Chapter 3
- Rubber:
Structural: Chapter 8
- RUN command:
Modeling: Chapter 10
- Run Interactive Now menu item:
Operations: Chapter 3
- Run time estimating:
Basic: Chapter 3
- Run time estimation:
Operations: Chapter 3
- Run-Time Stats menu item:
Operations: Chapter 4
- Running ANSYS command log file:
Operations: Chapter 8
- /RUNSTAT command:
Basic: Chapter 3
- Operations: Chapter 3
- RUNSTAT module:
Basic: Chapter 3
- RWFRNT command:
Basic: Chapter 3
Numbers *
A * B * C *
D * E * F *
G * H * I *
J * K * L *
M * N * O *
P * Q * R *
S * T * U *
V * W-Z
- Sabine graphics adapters:
Basic: Chapter 8
- SABS command:
Basic: Chapter 5
- SADD command:
Basic: Chapter 5
- SALLOW command:
Basic: Chapter 5
-
Sample acoustic analysis
- batch method:
Coupled-Field: Chapter 4
- GUI method:
Coupled-Field: Chapter 4
-
Sample buckling analysis
- Command method:
Structural: Chapter 7
- GUI method:
Structural: Chapter 7
-
Sample direct coupled-field analysis
- Command method:
Coupled-Field: Chapter 3
- GUI method:
Coupled-Field: Chapter 3
-
Sample harmonic response analysis
- Command method:
Structural: Chapter 4
- GUI method:
Structural: Chapter 4
-
Sample input
- fatigue:
Structural: Chapter 12
- full transient dynamic analysis:
Structural: Chapter 5
-
harmonic response analysis
- mode superposition method:
Structural: Chapter 4
- reduced method:
Structural: Chapter 4
- mode superposition transient analysis:
Structural: Chapter 5
- nonlinear structural, transient:
Structural: Chapter 8
- spectrum analysis, PSD:
Structural: Chapter 6
-
substructuring
- bottom-up method:
Advanced: Chapter 5
- top-down:
Advanced: Chapter 5
- transient dynamic analysis, mode superposition method:
Structural: Chapter 5
-
Sample modal analysis
- Command method:
Structural: Chapter 3
- GUI method:
Structural: Chapter 3
-
Sample nonlinear analysis
- Command method:
Structural: Chapter 8
- GUI method:
Structural: Chapter 8
-
Sample p-method analysis
- Command method:
Structural: Chapter 13
- GUI method:
Structural: Chapter 13
-
Sample spectrum analysis
- Command method:
Structural: Chapter 6
- GUI method:
Structural: Chapter 6
-
Sample static analysis
- Command method:
Structural: Chapter 2
- GUI method:
Structural: Chapter 2
-
Sample transient dynamic analysis
- Command method:
Structural: Chapter 5
- GUI method:
Structural: Chapter 5
- Sandwich structures:
Structural: Chapter 11
- SARPLOT command:
Modeling: Chapter 6
- SAVE command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 3
- Coupled-Field: Chapter 4;
- Operations: Chapter 2
- Saving, ANSYS database:
Modeling: Chapter 5
- Saving ANSYS files:
Operations: Chapter 2
- SBCTRAN command:
Basic: Chapter 2
- Scalar magnetic potential:
Basic: Chapter 2
-
Scalar potential formulation:
Emag: Chapter 1
- analysis methods for:
Emag: Chapter 5
-
Scaling
- body loads:
Basic: Chapter 2
- keypoints:
Modeling: Chapter 5
- temperature constraints:
Basic: Chapter 2
- Scaling entities:
Modeling: Chapter 5
- Scaling the load vector:
Structural: Chapter 4
- Scattering (S) parameters:
Emag: Chapter 10
- Scratch space:
Basic: Chapter 19
-
Screen resolution
- for Windows monitors:
Operations: Chapter 3
- for X-terminals:
Operations: Chapter 3
- Screens, sending output to:
Basic: Chapter 18
- Scroll bar:
Operations: Chapter 4
- Scrollable list:
Operations: Chapter 4
- SDELETE command:
Advanced: Chapter 8
- SE command:
Thermal: Chapter 4
- Advanced: Chapter 5
- Search directions:
CFD FLOTRAN: Chapter 10
- Search paths:
Operations: Chapter 6
- SECDATA command:
Advanced: Chapter 8
- /SECLIB command:
Advanced: Chapter 8
- SECNUM command:
Modeling: Chapter 7
- Advanced: Chapter 8
- SECOFFSET command:
Advanced: Chapter 8
- SECPLOT command:
Advanced: Chapter 8
- SECREAD command:
Advanced: Chapter 8
- .SECT file:
Advanced: Chapter 8
-
Sections
-
See also:
- associating subtypes with IDs:
Advanced: Chapter 8
-
creating:
Advanced: Chapter 8
- Beam Tool:
Advanced: Chapter 8
- defining dimensions:
Advanced: Chapter 8
- geometry data of:
Advanced: Chapter 8
- libraries of:
Advanced: Chapter 8
- meshing a line for:
Advanced: Chapter 8
- solid:
Advanced: Chapter 8
- table of:
Modeling: Chapter 7
- thin wall:
Advanced: Chapter 8
- SECTYPE command:
Advanced: Chapter 8
- SECWRITE command:
Advanced: Chapter 8
- SED command:
Structural: Chapter 3
- SEDLIST command:
Advanced: Chapter 5
- SEEXP command:
Advanced: Chapter 5
- /SEG command:
Basic: Chapter 15
- Segmented splines:
Modeling: Chapter 5
- Select menu item:
Operations: Chapter 4
-
Selecting
- areas:
Modeling: Chapter 5
- by component or assembly:
Basic: Chapter 7
- concatenated lines or areas:
Modeling: Chapter 7
- from a full set of data:
Basic: Chapter 7
- from more than one subset:
Basic: Chapter 7
- hard points:
Modeling: Chapter 5
- keypoints:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- reselecting items from the same subset:
Basic: Chapter 7
- selecting all items in a subset:
Basic: Chapter 7
- selecting no items from a subset:
Basic: Chapter 7
- subtracting part of a subset:
Basic: Chapter 7
- switching between active and inactive parts of a subset:
Basic: Chapter 7
- via commands:
Basic: Chapter 7
- via the GUI:
Basic: Chapter 7
- volumes:
Modeling: Chapter 5
- Selecting entities.
See: Graphical picking
-
Selecting logic:
Basic: Chapter 7
- used in postprocessing:
Basic: Chapter 7
- Selecting subsets.
See: Selecting logic
- Selection commands:
Basic: Chapter 7
- Self-contact:
Structural: Chapter 9
- SELIST command:
Advanced: Chapter 5
- Semi-direct solvers:
CFD FLOTRAN: Chapter 10
- Send output to menu item:
Operations: Chapter 3
- SENERGY command:
Basic: Chapter 5
- Emag: Chapter 2
- SENERGY macro:
Emag: Chapter 6
- SEOPT command:
Advanced: Chapter 5
- SEPC (structural percent error):
Basic: Chapter 5
- Sequential analysis using physics environments:
Coupled-Field: Chapter 2
- Sequential coupled-field analysis:
Coupled-Field: Chapter 2
- Sequential method:
Coupled-Field: Chapter 1
- Sequential solutions:
Structural: Chapter 14
-
Sessions
- batch mode:
Operations: Chapter 3
- history of:
Operations: Chapter 3
-
starting
- from the command line:
Operations: Chapter 3
- on UNIX systems:
Operations: Chapter 3
- on Windows systems:
Operations: Chapter 3
- SESYMM command:
Advanced: Chapter 5
- *SET command:
Structural: Chapter 8
- SET command:
Basic: Chapter 5
- Structural: Chapter 2
- Thermal: Chapter 2
- Emag: Chapter 7
- Advanced: Chapter 4
- SET,LIST:
Structural: Chapter 3
- SETRAN command:
Advanced: Chapter 5
- SETSPEED macro:
Basic: Chapter 3
- Operations: Chapter 3
-
Setting parameters for ANSYS jobs:
Operations: Chapter 3
- from Utility Menu:
Operations: Chapter 4
- SEXP command:
Basic: Chapter 5
- Structural: Chapter 10
- SF command:
Coupled-Field: Chapter 3, 4-8
- SFACT command:
Basic: Chapter 5
- SFBEAM command:
Basic: Chapter 2
- SFCALC command:
Basic: Chapter 5
- SFCUM command:
Basic: Chapter 2
- SFGRAD command:
Basic: Chapter 2
- SFTRAN command:
Basic: Chapter 2
- /SHADE command:
Basic: Chapter 11
-
Shape parameter limits:
Modeling: Chapter 7
- changing:
Modeling: Chapter 7
-
Shapes
- defining for elements:
Modeling: Chapter 7
- mode normalization:
Structural: Chapter 3
-
SHELL command:
Structural: Chapter 11
- with p-elements:
Structural: Chapter 13
- SHELL150:
Structural: Chapter 13
- SHELL157 element:
Emag: Chapter 13
- Coupled-Field: Chapter 3, 3-3
- SHELL181 element:
Structural: Chapter 7
- SHELL41 element:
Structural: Chapter 8
- SHELL51:
Modeling: Chapter 2
- Structural: Chapter 3
-
SHELL61:
Modeling: Chapter 2
- Structural: Chapter 3
- principal stresses on:
Basic: Chapter 5
- SHELL63:
Structural: Chapter 11
- SHELL63 element:
Structural: Chapter 7
- SHELL91:
Structural: Chapter 11
- SHELL91 element:
Structural: Chapter 5
- SHELL99:
Structural: Chapter 11
- SHELL99 element:
Structural: Chapter 5
- Shells (volume boundaries):
Modeling: Chapter 5
- Shielding properties:
Emag: Chapter 10
- Shift point for eigenvalue calculation:
Structural: Chapter 7
- Short circuit models:
Emag: Chapter 3,
Chapter 9,
Chapter 15
- /SHOW command:
Basic: Chapter 8
- Operations: Chapter 3
- /SHOWDISP command:
Basic: Chapter 16
- SHPP command:
Modeling: Chapter 7
- Structural: Chapter 14
- /SHRINK command:
Basic: Chapter 11
- Structural: Chapter 9
- Shrink fit analysis:
Structural: Chapter 9
- Significant modes, expanding:
Structural: Chapter 6
- Single solution to expand:
Structural: Chapter 5
-
Single-point response spectrum:
Structural: Chapter 6
- acceleration response:
Structural: Chapter 6
- CQC mode combination method:
Structural: Chapter 6
- displacement response:
Structural: Chapter 6
- DSUM mode combination method:
Structural: Chapter 6
- expanding significant modes:
Structural: Chapter 6
- GRP mode combination method:
Structural: Chapter 6
- mode combination methods:
Structural: Chapter 6
- NRLSUM mode combination method:
Structural: Chapter 6
- procedure:
Structural: Chapter 6
- SRSS mode combination method:
Structural: Chapter 6
- velocity response:
Structural: Chapter 6
- Single-point spectrum analysis, load step option for:
Structural: Chapter 6
- Single-selection list:
Operations: Chapter 4
- Singly connected domain:
Emag: Chapter 5
- Singular elements:
Structural: Chapter 10
- Singularities:
Basic: Chapter 2
- Site Information menu item:
Operations: Chapter 3
- Skin depth considerations:
Emag: Chapter 3
- slave DOF:
Structural: Chapter 3
- SLIST command:
Advanced: Chapter 8
- SLPPLOT command:
Modeling: Chapter 6
- SLSPLOT command:
Modeling: Chapter 6
- Small deflection:
Structural: Chapter 8
- Small strain analyses:
Structural: Chapter 8
-
SmartSizing:
Modeling: Chapter 7
- advanced controls for:
Modeling: Chapter 7
- basic controls for:
Modeling: Chapter 7
- SMAX command:
Basic: Chapter 5
- SMIN command:
Basic: Chapter 5
- SMNB (minimum error bound):
Basic: Chapter 12
- SMRTSIZE command:
Modeling: Chapter 7
- Structural: Chapter 13
- SMULT command:
Basic: Chapter 5
- SMXB (maximum error bound):
Basic: Chapter 12
- S-N curve:
Structural: Chapter 12
- Snap increment:
Modeling: Chapter 4
- Snapshot of Graphics Window:
Operations: Chapter 4
- Soft links in UNIX:
Operations: Chapter 2
- Soil:
Structural: Chapter 8
- Solenoid actuators, armature motion in:
Coupled-Field: Chapter 3
- solenoid actuators, circuit-fed analysis of:
Coupled-Field: Chapter 3
- Solid elements, base geometry of:
Coupled-Field: Chapter 2
- Solid model attributes, assigning:
Modeling: Chapter 7
-
Solid modeling:
Basic: Chapter 1
- Modeling: Chapter 5
- adaptive meshing:
Advanced: Chapter 3
- area normal orientation:
Modeling: Chapter 8
- areas:
Modeling: Chapter 5
- Booleans:
Modeling: Chapter 5
- bottom up:
Modeling: Chapter 5
- clearing:
Modeling: Chapter 5
- combining separate solid models:
Modeling: Chapter 5
- concatenation:
Modeling: Chapter 7
- copying a meshed area:
Modeling: Chapter 5
-
cross-reference checking:
Modeling: Chapter 8
- circumventing:
Modeling: Chapter 8
- definition:
Modeling: Chapter 1
- deleting entities:
Modeling: Chapter 5
- dragging:
Modeling: Chapter 5
- hard points:
Modeling: Chapter 5
- hierarchy:
Modeling: Chapter 8
- hierarchy of entities:
Modeling: Chapter 5
- hints:
Modeling: Chapter 5
- keypoints:
Modeling: Chapter 5
- lines:
Modeling: Chapter 5
- loads:
Modeling: Chapter 5
- mass and inertia calculations:
Modeling: Chapter 5
- mesh density:
Modeling: Chapter 2
- Advanced: Chapter 3
- meshing:
Modeling: Chapter 5
- meshing controls:
Modeling: Chapter 7
- modifying entities:
Modeling: Chapter 8
- moving and copying:
Modeling: Chapter 5
- moving and copying meshed regions:
Modeling: Chapter 8
- moving and copying unmeshed regions:
Modeling: Chapter 5
- overview:
Modeling: Chapter 5
- primitives:
Modeling: Chapter 5
- revising the model:
Modeling: Chapter 5
- rotating:
Modeling: Chapter 5
- solid model attributes:
Modeling: Chapter 7
- tessellation:
Modeling: Chapter 5
- top down:
Modeling: Chapter 5
- toroidal coordinate system:
Modeling: Chapter 3
- volumes:
Modeling: Chapter 5
-
Solid models
-
loads on:
Basic: Chapter 2
- advantages of:
Basic: Chapter 2
- disadvantages of:
Basic: Chapter 2
- remeshing:
Modeling: Chapter 7
- Solid sections:
Advanced: Chapter 8
- Solid stator conductor:
Coupled-Field: Chapter 3
- SOLID117 element:
Emag: Chapter 6
- SOLID122 element:
Emag: Chapter 13
- SOLID123 element:
Emag: Chapter 13
- SOLID147:
Structural: Chapter 13
- SOLID148:
Structural: Chapter 13
- SOLID46:
Structural: Chapter 11
- SOLID46 element:
Structural: Chapter 5
- SOLID5 element:
Emag: Chapter 5
- Coupled-Field: Chapter 1, 3-1, 3-3, 3-7
- SOLID62 element:
Coupled-Field: Chapter 3, 3-7
- SOLID65 element:
Structural: Chapter 5
- SOLID69 element:
Emag: Chapter 13
- Coupled-Field: Chapter 3, 3-3
- SOLID95:
Structural: Chapter 10
- SOLID96 element:
Emag: Chapter 5
- SOLID97 element:
Coupled-Field: Chapter 3, 3-11
- SOLID98 element:
Emag: Chapter 5
- Coupled-Field: Chapter 1, 3-1, 3-3, 3-7
- SOLID99:
Structural: Chapter 11
- /SOLU command:
Structural: Chapter 2
- Emag: Chapter 4
- Coupled-Field: Chapter 4;
- Operations: Chapter 4
- SOLU command:
Structural: Chapter 5
- SOLUTION:
Basic: Chapter 1
-
Solution:
Emag: Chapter 5
- Coupled-Field: Chapter 4
- array parameter method:
Basic: Chapter 3
- definition of:
Basic: Chapter 3
- estimating errors in:
Basic: Chapter 5
- expanding for a reduced analysis:
Basic: Chapter 2
- for multiple load steps:
Basic: Chapter 3
- how to obtain:
Basic: Chapter 3
- load step file method:
Basic: Chapter 3
- multiple solve method:
Basic: Chapter 3
- obtain the mode superposition transient solution:
Structural: Chapter 5
- output from:
Basic: Chapter 3
- partial solution method:
Basic: Chapter 3
- selecting a solver:
Basic: Chapter 3
- Solution control options:
Thermal: Chapter 3
-
Solution listing format:
Structural: Chapter 4
- harmonic analysis: