ProCAST
CRIPTE
SYSTUS
Visual-Environment
SYSWELD
Here you will find articles on how to solve specific issues related to ESI's software solutions. Missing ESI products will be added progressively. Each article has a short abstract which is accessible to everyone. As logged users you can see the full article with all attached screenshots, and you can post comments related to each article.
As existing 2D Combine in Visual-Mesh, 3D Combine has been introduced to undone refinements.
The aim of this new 3D pattern is to allow users to refine mesh on a restricted area
Heat treated parts are in most cases not clamped during heat treatment, for an FEM analysis, at least a static determined clamping is needed that does not allow any rigid body motion.
This article is to show effects of heat treatment on stresses when industrial mechanical parts are stamped (or welded) by 3 typical heat treatment steps: Heating, Quenching and Tempering. Tempering is generally considered effective in relieving stresses induced by...
The aim of this development in Visual Weld 14.5 + Sysweld 2019.0 is to display the Power Density. Currently, this functionality is only available in the old SysWeld GUI. The new functionality "Heat Power Display" is available through the "Welding...
It is not straightforward to do the conversion Files .fdb in .erfh5 on Network Drive in Visual Viewer.
In order to make it work properly, it is necessary to map network drive to the local machine. In this way, the files on network could be handled like on local...
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
Easily creating a connection between a tetramesh and an hexamesh is possible, using Boundary Layer Mesh tool.
When comparison between results is needed, coupling windows and synchronizing animations is a key tool.
This paper is aimed at describing the modeling process to be applied to the terminal connectors of a Cable Network when focusing on 3D/Multiconductor Transmission Lines (MTL) coupling