File

12.7. Sample Steady-State Conduction Current Analysis

12.8. Axisymmetric Harmonic Solids

12.8. Sample Conductance Calculation

12.8. Sample Rigid Body Dynamic Analysis

12.9. 3-D Solids

12.9. Sample Harmonic Quasistatic Electric Analysis

13. Contacting Technical Support

13. Contacting Technical Support

13. Installation Troubleshooting - ANSYS and ANSYS Workbench Products

13. Installation Troubleshooting - ANSYS and ANSYS Workbench Products

13.1. Combining Models

13.1. Elements Supporting Birth and Death

13.1. Elements Used in h-Method Electrostatic Analysis

13.1. Graph Display Actions

13.1. Integration Point Locations

13.1. Mixture Types

13.1. Modeling Composites

13.1. The Restart Dump File

13.2. Archiving Models

13.2. Changing the Specifications for Graph Displays

13.2. Doing a Multiple Species Analysis

13.2. Lumped Matrices

13.2. Steps in an h-Method Electrostatic Analysis

13.2. The EDSTART Command

13.2. The FiberSIM-ANSYS Interface

13.2. Understanding Element Birth and Death

13.3. Doing a Heat Exchanger Analysis Using Two Species

13.3. Effect on Output Files

13.3. Element Birth and Death Usage Hints

13.3. Extracting Capacitance from Multi-conductor Systems

13.3. Reuse of Matrices

13.4. Employing Birth and Death

13.4. Example Analysis Mixing Three Gases

13.4. Temperature-Dependent Material Properties

13.4. Trefftz Method for Open Boundary Representation

13.5. Doing an Example h-Method Electrostatic Analysis (GUI Method)

13.5. Positive Definite Matrices

13.5. Where to Find Examples

13.6. Doing an Electrostatic Analysis (Command Method)

13.6. Nodal and Centroidal Data Evaluation

13.7. Doing an Example Capacitance Calculation (Command Method)

13.7. Element Shape Testing

13.8. Doing an Electrostatic Analysis Using Trefftz Method (Command Method)

13.9. Doing an Electrostatic Analysis Using Trefftz Method (GUI Method)

14. Installation Troubleshooting - ANSYS CFX

14. Installation Troubleshooting - ANSYS CFX

14.1. 2-D Annotation

14.1. Benefits of Using the p-Method

14.1. How ANSYS Calculates Fatigue

14.1. Interfacing With Computer Aided Design (CAD) Products

14.1. LINK1 - 2-D Spar (or Truss)

14.1. Performing an Explicit-to-Implicit Sequential Solution

14.1. User-Programmable Features (UPFs)

14.1. Using SUPG and COLG

14.10. LINK10 - Tension-only or Compression-only Spar

14.100. Not Documented

14.101. Not Documented

14.102. Not Documented

14.103. Not Documented

14.104. Not Documented

14.105. Not Documented

14.106. VISCO106 - 2-D 4-Node Viscoplastic Solid

14.107. VISCO107 - 3-D 8-Node Viscoplastic Solid

14.108. VISCO108 - 2-D 8-Node Viscoplastic Solid

14.109. TRANS109 - 2-D Electromechanical Transducer

14.11. LINK11 - Linear Actuator

14.110. INFIN110 - 2-D Infinite Solid

14.111. INFIN111 - 3-D Infinite Solid

14.112. Not Documented

14.113. Not Documented

14.114. Not Documented

14.115. INTER115 - 3-D Magnetic Interface

14.116. FLUID116 - Coupled Thermal-Fluid Pipe

14.117. SOLID117 - 3-D 20-Node Magnetic Edge

14.118. Not Documented

14.119. HF119 - 3-D High-Frequency Magnetic Tetrahedral Solid

14.12. CONTAC12 - 2-D Point-to-Point Contact

14.120. HF120 - High-Frequency Magnetic Brick Solid

14.121. PLANE121 - 2-D 8-Node Electrostatic Solid

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