Tutorials and Model Library
Visual-Viewer_Tutorial02_Animation
In this tutorial, you will learn how to use Visual-Viewer to load and work with Simulation files and work with result contours.
Virtual Performance
Basic
Visual-Viewer_Tutorial01_Getting_Started
This tutorial describes in brief the general features of Visual-Viewer, including the Graphical user interface, the Menus, Explorer, and Command Window.
Virtual Performance, Virtual Integration Platform
Getting Started
Visual-Crash PAM: Customization
This tutorial describes in brief the general features of Visual-Environment, including Customizations.
Virtual Performance
Basic
Visual-Crash PAM: Contact Manager Customization
• Contact Manager is a fully customizable tool to manage, create, iterate, and verify different types of Contact(s) under Interaction definition(s).
• Contact Manager can be customized to support new Interaction types, Solver entity types or to extend the functionality of the currently supp...
Virtual Performance
Advanced
Visual-Crash PAM: Contact Manager
Contact Manager is a fully customizable tool to manage, create, iterate, and verify different types of Contact(s) under Interaction definition(s). Ex:
Under Self type Interaction > Contact Option/treatment viz Node-Segment (36/37) and Edge-Edge (37/46)
Under Master type Interaction...
Virtual Performance
Basic
Visual-Crash PAM: Connection Manager
• Connection Manager is a fully customizable tool to manage, create, iterate, and verify FE representations of different types of physical connections. Ex:
o SPOTWELD
o BOLTS
o ADHESIVES
Virtual Performance
Basic
Visual-Crash PAM: Modular Input Model Assembly
To explain building a modular model using Modular append and Modular data checker features of Visual – Crash PAM.
Virtual Performance
Advanced
Visual-Crash PAM: Dummy Integration WorkFlow
To explain the Dummy Integration Workflow capabilities of Visual-Crash PAM.
Virtual Performance
Advanced
Visual-Crash PAM: Working with Modular Materials
Modular material enables getting rid of the material cards’ dependency to the mesh type (2D or 3D elements), and introduces flexibility in material definitions. The material can be built up by adding required blocks (for example, for elastic properties, hardening, etc.). The part definition is mo...
Virtual Performance
Basic
Visual-Crash PAM: Shell to Solid Remeshing with Multi-Model Coupling (MMC)
This tutorial describes use of the Shell to Solid Remeshing (SSR) with Multi Model Coupling (MMC) in order to map stress in a local area in the case of a tensile test.
Virtual Performance
Advanced