Accelerate crash test simulations to optimize safety and shrink design cycle times with HP and ESI Group solutions
Crash test simulations play an increasingly important role in the automotive industry's product development process, improving quality and speeding new designs to market. In order to study all aspects of a collision, simulations generate and perform computations on tremendous volumes of data. High performance computing (HPC) clusters are well-suited to handle this type of testing, as the applications can run in parallel—dramatically reducing turnaround time as nodes are added.
Multi-core Performance Optimization with HP & PAM-CRASH solutions
Customer success stories
Reduce your costs and improve time-to-market by with ESI Group's multiphysical approach to solving complex fluid dynamics problems
Rarely are computer simulations more complex than in the area of computational fluid dynamics (CFD). The complexities are driven by the need for accuracy; more accurate simulations reduce the time and costs associated with product design and process development. CFD-ACE+ is an advanced CFD and multiphysics application from ESI Group. HP and ESI Group worked together to develop a pre-configured, performance-optimized configuration of the HP CP Workgroup System. The configuration is easily ordered and deployed, yet flexible enough to fit any unique requirements of your workgroup. Based on a 64-bit Linux operating environment, with multiple options for storage and cluster interconnect, the configurations provide a solid, high-performance solution for engineers modeling highly complex physical phenomena.
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