Suchergebnisse

In den vergangenen Jahren haben die zunehmenden Anforderungen im Bereich der passiven Sicherheit dazu geführt, dass den aus der Crash-Simulation gewonnen Aussagen immer höhere Bedeutung zugemessen wird. Dabei waren Vorgehensweisen und ...

The increasing demands with regard to the predictive capabilities and the exactness of crash simulations require more and more investigations into numerical models in order to capture the physical behaviour reliably. Steps towards ...

This presentation is about how to get compute power out of the box by using the s.cluster installation concept, shows the s.cluster administration concept (scVENUS) and also includes a topic about integration and job flow.

This talk presents HPC industry and market trends, changes in HPC as well includes topics about HPC Building Blocks, HPC Solutions and a software toolset.

The Intel® Itanium® 2 microarchitecture is based on a 64-bit processor architecture that is ideally suited to compute-intensive applications such as LS-DYNA. In fact, Hewlett Packard* has demonstrated outstanding performance of their ...

This presentation discuss different topics on how to make LS-DYNA run faster including topics about the pSeries POWER4 and xSeries IA-32 Xeon. At the end both series will be compared and the short summary is given.

This slides presents the benefits of the AMD Opteron™ Processor for LS-DYNA

A recent effort of optimizing the performance of LS-DYNA running on SPARC(R)-SolarisTM servers is described. With new releases of compilers, generated executables benefit from the additional performance of latest UltraSPARC(R) CPU's ...

In the area of crash simulation, LS-DYNA has traditionally been a good application for measuring performance of leading computer architectures. This paper considers the architectural design of the Intel Itanium® processor, as well as ...