Suchergebnisse

This talk gives an overview of the current state-of-the-art in sheet metal forming simulation on different examples like Collision Detection, Springback, Producibility Assessment and much more. It concludes with a discussion about ...

This contribution deals with optimization strategies for the crash design. After a short introduction of the mathematical background, the optimization algorithms, and current software systems, special approaches are presented. The ...

The first part of this talk deals with integrative simulation, its motivation, fiber orientation in filling processes, material modelling as well as the influence of fiber orientation tensor. The second part includes simulation ...

About 20 years ago, the first full vehicle crash simulations were performed at Opel. Since then, the rapid development of all simulation tools as well as the tremendously increased computer power have established the capability to ...

The object of the theory of materials is the mathematical modelling of the material behaviour on the basis of general principles and systematic methods. To this end, experiments have to be performed on appropriate specimen. Before ...

This talk gives an overview of the latest developments in LS-DYNA including new features in version 971, recent developments in ALE and EFG, LS-Prepost as well as gives a short insight in the future versions 971 and 980.

This talk gives an overview of the basics of SCRIPTO which is a tool for customizing LS-PREPROST. The C-Parser, Events, the scripting API, user groups and much more will be dicussed in details throughout the talk.

This talk presents the current status of LS-Prepost new features in General functions Geometry and Meshing Pre-Processing Post-processing Metal Forming Interface Scripto Current and future developments

This talk introduces into the topic of different mesh sizes in complex structures and the analysis of the results of different calculations. It concludes with a summary and an outlook of future developments.

The effort to achieve a six sigma process is one of the important ongoing quality assurance activities at many companies. This means that from one million produced products only 3.4 error possibilities occur in manufacturing. Six ...