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Scalability studies on a cc-NUMA computer architecture for large automotive simulations

机译:用于大型汽车仿真的cc-NUMA计算机体系结构的可伸缩性研究

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The maturity of the Computational Fuid Dynamics methods and the increasing computational power of today's computers have allowed the automotive industry to incorporate the CFD technology in several stages of the design process. As the application of the CFD technology is moving from the component level analysis to the system level, the complexity and the size of the models increase continuously. Successful simulation requires synergy between CAD, grid generation, and solvers.
机译:计算流体动力学方法的成熟以及当今计算机的不断提高的计算能力使汽车行业可以将CFD技术纳入设计过程的多个阶段。随着CFD技术的应用从组件级分析转移到系统级,模型的复杂性和规模不断增加。成功的仿真需要CAD,网格生成和求解器之间的协同作用。

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