Tips & Tricks

e-café #2- Prédiction de la localisation des inclusions de sable à l’aide de ProCAST™

Prédiction de la localisation des inclusions de sable à l’aide de ProCAST™

e-café #1- Détermination de la courbe de déplacement du piston à l’aide de ProCAST™

Détermination de la courbe de déplacement du piston à l’aide de ProCAST™

3D Combine

As existing 2D Combine in Visual-Mesh, 3D Combine has been introduced to undone refinements.

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

Delta T Offset For Bowing Effect in Assembly Process

In case of butt joint of two plates, in reality, there is an eccentricity e between the neutral phase of bending and the centre of the tendon force caused by the weld which causes the typical horse saddle of a butt welded flat plate.. A functionality Delta T Offset  has been developed in order to overcome the limitation due to the shrinkage methodology that cannot provide correct results for a butt joint with a non-symmetrical welding. With this new development, it will be possible to apply an offset value on the thermal loading between upper and lower surfaces of shell. In consequence, the horse saddle effect of a butt welded flat plate is produced with Assembly solution.

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

Visual-CFD Frequently asked questions with solutions

This article collects several tips & tricks for Visual-CFD users

Coupling windows for postreatment visualization

When comparison between results is needed, coupling windows and synchronizing animations is a key tool.

Boundary Layer Mesh tool demonstration

Easily creating a connection between a tetramesh and an hexamesh is possible, using Boundary Layer Mesh tool.

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.