Tutorials and Model Library
Visual-Safe : Tutorial 08_Example_Files
This tutorial includes different tricks and tips about the Sim-Folder and folding tools. Different example files have been used to explain that how you can use these folding tools to fold your airbag easily and efficiently.
Virtual Performance
Basic
Visual-Safe : Tutorial 07_Tools Parameter Explanation (Detailed)
This tutorial helps you in understanding the Global Parameters and various Tool Parameters during folding process.
Virtual Performance
Basic
Visual-Safe : Tutorial 06_Post_Processing
This tutorial helps in visualizing each and every tool along with airbag to see how it folds the airbag. Also it will explain on how to copy tools from *DSY/ERF model to the airbag model.
Virtual Performance
Basic
Visual-Safe : Tutorial 05_Folding_Passenger_Airbag
This tutorial explains how to fold a Passenger Airbag Model.
Virtual Performance
Basic
Visual-Safe :Tutorial 04_Folding Curtain Airbag using
This tutorial explains how to fold a Curtain Airbag Model.
Virtual Performance
Basic
Visual-Safe : Tutorial 03_FoldingDriverAirbag
This tutorial explains how to fold a Driver Airbag Model using Fold Type Single.
Virtual Performance
Basic
Visual-Safe : Tutorial 02_Introduction to Different Types of Tools
Sim-Folder in Visual-Safe is a unique tool to fold airbags. Sim-Folder allows you to fold your own airbag in any way that you want to. It makes use of folding tools to fold airbags similar to the way they are folded in real time.
Virtual Performance
Basic
Visual-Safe : Tutorial 01_AirbagFolder
The objective of this exercise is to demonstrate the capabilities of the Airbag folder. You will learn about the various types of folds and methods of fold plane axis definition
Virtual Performance
Basic
Visual-NVH & IA : Cavity Mesh
This tutorial illustrates step by step procedure to generate the Cavity mesh and execute the Eigen mode analysis for cavity and then visualize the Acoustic pressure contour.
Virtual Performance
Basic
Visual-NVH & IA: ASM/AFM/ABM COUPLED/UNCOUPLED FEQUENCY RESPONSE ANALYSIS
This tutorial will explain.
1. Coupled Analysis (Strong Coupling))
2.Uncoupled Analysis (Weak Coupling))
3. Frequency Response Analysis with Cavity Mesh (Tetra Mesh)
Virtual Performance
Advanced