Tips & Tricks

New pattern in Visual-Mesh 3D split
The aim of this new 3D pattern is to allow users to refine mesh on a restricted area
Sandrine Dischert Multiphysics, Virtual Integration Platform

How to use Blank Holder functionality in PAM-DIEMAKER for CATIA V5
This video shows how to use Blank Holder functionnality to create mono surface Blank Holder shapes and combination of several Blank Holder patches.
Matthias Hoss Sheet Metal Forming

How to create a complex blank holder with PAM-DIEMAKER for CATIA V5
This video shows how the complex blank holder of a double action draw die can be created from multiple segments using a combination of standard CATIA and special PAM-DIEMAKER for CATIA V5 functions all available inside the Blank Holder dialog.
Matthias Hoss Sheet Metal Forming

Improve trimming with Overshoot
Trimming in PAM-STAMP can fail due to a too short trimming segment curve leading to not cut properly the blank mesh. This can be solved by using Overshoot option in PAM-DIEMAKER for CATIA V5.
Matthias Hoss Sheet Metal Forming

Trim and Shear Angles
Explanations about Trim and Shear Angles
Matthias Hoss Sheet Metal Forming

Crash when launching Visual on CentOS
On Linux, at moment of launching Visual-Environmnet, crash happens after having selected Visual Weld. It is possible to try following steps to solve the problem. - Launching Visual in debug mode - Downgrade GlibC to 2.12 - Install freshly NTP
Yonggang Duan Virtual Integration Platform, Welding & Assembly

Visual-CFD Frequently asked questions with solutions
This article collects several tips & tricks for Visual-CFD users
Sunil Unaune Virtual Integration Platform

Coupling windows for postreatment visualization
When comparison between results is needed, coupling windows and synchronizing animations is a key tool.
Sandrine Dischert Multiphysics, Welding & Assembly, Virtual Integration Platform

Boundary Layer Mesh tool demonstration
Easily creating a connection between a tetramesh and an hexamesh is possible, using Boundary Layer Mesh tool.
Sandrine Dischert Multiphysics, Welding & Assembly, Virtual Integration Platform

Arbitrarily 3D shaped surfaces
This paper illustrates the modeling process to be applied by a Visual-Mesh user with the objective of creating one arbitrarily 3D shaped surface starting from scratch.
Jean-Claude Kedzia Virtual Integration Platform