Suchergebnisse

LS-DYNA has been widely used to study automotive crash. Default input parameters are generally chosen to give efficient, accurate crash simulation results. These defaults are not necessarily optimal for metal forming simulations. The ...

LS-DYNA has been applied to springback simulation by a large number of users, with generally mixed results. Some results have demonstrated 70% accuracy or better, while others have been entirely misleading. In order to eliminate ...

Recently new materials were introduced to enhance different aspects of automotive safety while minimizing the weight added to the vehicle. Such foams are no longer isotropic but typically show a preferred strong direction due to their ...

Components for occupant restraint systems usually undergo structural analysis before hardware prototypes are made. In most cases the simulation is nonlinear in geometry, material and boundary conditions. Additionally, the load case ...

The purpose of this paper is to explore some interesting aspects of stochastic opti- mization and to propose a two-stage optimization process for highly nonlinear automotive crash problems. In the first stage of this process, a ...

Detailed finite element side impact dummy models of the USSID and EUROSID have been developed in cooperation with the German Association for Automotive Research (FAT) dur- ing the last 5 years. Both models are validated using tests at ...

NAFEMS European SDM Conference, 24 - 25 Noverber 2010, Frankfurt, Germany Authors: Martin Liebscher, Marko Thiele, Heiner Müllerschön (DYNAmore GmbH)

Interesting and useful papers and/or other contributions to the field of LS-DYNA and/or computational mechanics/dynamics etc.

Harry Schlagenhauf

Dr. Herbert Cornelius Intel EMEA