Structural Validation
Structural Validation Access to Content
Flyout for Feature Manager Options
Action Bar: Structural Simulations
Flyout for Finding Disconnected Bodies
Action Bar: Buckling Simulations
Flyout for Finding Disconnected Bodies
Action Bar: Frequency Simulations
Flyout for Finding Disconnected Bodies
Action Bar: Thermal Simulations
Flyout for Finding Disconnected Bodies
Action Bar: Thermal-Structural Simulations
Flyout for Finding Disconnected Bodies
Updating the Product Geometry and Mesh Information
Filtering the Feature List in the Feature Manager
Default Content in Editable Fields
Structural (Linear Static) Simulations
Thermal-Structural Simulations
Rigid Body Modes in Frequency Simulations
Editing a Simulation's Properties
Restraints and Rigid Body Motion
Opening an Existing Simulation
Open a Simulation from a Search Results Window
Open a Simulation from a Navigation Window
Open a Simulation from the Folder Editor App
Open a Simulation from a Related Search Window
Exporting and Importing Simulations
Exporting a Simulation to 3D XML
Importing a Simulation from 3D XML
Features Supported for Export to Nastran
Exporting Simulation Results in Abaqus Output Database Format
Material Options in the Simulation Domain
Material Options in Structural Validation
About the Material Palette Interface
Tree Hierarchy and Material Details
Recent Materials and In-session Materials
Assigning a Material to a Model
Removing a Material Assignment
Reviewing and Editing Simulation Data
Dependence on Temperature and Independent Field Variables
About Material Data as a Function of Independent Field Variables
Specifying Material Data as a Function of Temperature and Independent Field Variables
Specify Material Data as a Function of Temperature
Specify Material Data as a Function of Independent Field Variables
Plotting Material Behavior Data
Material Behavior Data Options
Saving Changes to the Defaults
Associating a Curve with an Axis
Saving and Restoring X-Y Plot Options
About Saving and Resetting X-Y Plot Options
X-Y Plot Options Saved to a File
Importing a Default Set of Materials
Material Briefcases Available for Import
About the Material Data in DS-Engineering.3dxml
Contents of Briefcases Available for Import
Python Scripting on the 3DEXPERIENCE Platform
Running a Python Script from the 3DEXPERIENCE Platform
Using Knowledgeware to Parameterize Simulation Features
About Simulation Configuration
About Locations for Running Simulations
About Simulation Licensing Schemes
Running a Simulation from an App
Running Simulations from 3DSearch Results
Running a Simulation from the Simulation Finder
Remote Simulate Options for 3DOrchestrate
About Remote Simulate Options for 3DOrchestrate
Setting Remote Simulate Options for 3DOrchestrate
Storing Results on the 3DEXPERIENCE platform (Server)
Storing Results on the Local Machine (Local)
Choosing the Correct Storage Mode Options
Setting the Results Storage Mode
About Simulation Results Deletion
Selecting Which Parts to Include in a Simulation
About SOLIDWORKS in Simulations
Importing SOLIDWORKS Desktop Files
Updating Imported SOLIDWORKS Models
Solution Mode: Linear vs. Nonlinear
Contact Features in Linear and Nonlinear Simulations
Mesh Refinement Around Features
Generating the Mesh and Controlling Its Display
Standard, Countersunk, and Tight-Fitting Bolts
Impact of Display Settings on Model Geometry Visualization
Surface-based Contact and Bonded Contact
About Surface-Based Contact and Bonded Contact
About Proximity and Orientation Requirements
Defining Surface-Based Contact or Bonded Contact by Detecting Contact
Defining Surface-Based Contact or Bonded Contact by Selecting Surfaces
Defining Volumetric Heat Sources
About Fixed Displacement Restraints
Applying Fixed Displacement Restraints
About Planar Symmetry Restraints
Applying Planar Symmetry Restraints
Apply Hydrostatic Pressure Distributions
The Postprocessing Context Toolbar
Thermal-Structural Simulation Results
About Contour and Symbol Plots
Displaying Contour and Symbol Plots
Modifying Legend Display Options
Controlling the Display of Maxima and Minima
Element Sets for Use as Supports for Resultant Sensors
Display Groups Eligible for Use as Supports for Resultant Sensors
Eligible Support Types for Resultant Sensors
Changing the Deformation and Entity Labels of Plots
Changing Thresholds for Displaying Extrema
Customizing the Visibility and Style of a Plot
Keep Parts by Selecting from a List
Keep Parts by Selecting from the Model
Removing Parts from the Display
Remove Parts by Selecting from a List
Remove Parts by Selecting from the Model
Restoring Parts to the Display
Restore Parts by Selecting from a List
Restore Parts by Selecting from the Model
Controlling Geometry Rendering
Control Rendering Options from the Context Toolbar
Control Rendering Options from Rendering Settings
Creating and Editing Named Cuts
Change the Cut Using the Robot
Change the Cut Using a Reference Axis System
Change the Cut by Entering Origin and Normal Values
Changing the Cut Levels and Spacing
Displaying Free Body Information
Applying Rendering Styles to Cuts
About Multi-View Customization
General Behavior of Plot Views Within Sectors
Synchronization of Animation, View Manipulation, and Orientation
Use with Multiple Analysis Cases
Displaying Multiple Plot Views Simultaneously
Select the Multiple View Layout
Apply a Common Orientation and Magnification Across Multiple Plot Views
Display a Plot in a Specific Sector
Activate or Deactivate the Plot Displayed in a Sector
Change the Analysis Case Displayed in a Sector
Managing the Visualization of Simulation Entities
Manage Simulation Entities from the Visibility Manager
Manage Simulation Entities from the Tree
Disabling/Enabling Feature Glyph Display
Disable/Enable Feature Glyph Display Using the Visibility Control Dialog Box
Disable/Enable Feature Glyph Display Using Feature Context Menus