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Acceleration of an unstructured hybrid mesh RANS solver by porting to GPU architectures

机译:通过移植到GPU架构来加速非结构化混合网格RANS求解器

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The modern CFD process consists of mesh generation, flow solving and post-processing integrated into an automated workflow. During the last several years we have developed and published research aimed at producing a meshing and geometry editing system, implemented in an end-to-end parallel, scalable manner and capable of automatic handling of large scale, real world applications. The particular focus of this paper is the associated unstructured mesh RANS flow solver and the porting of it to GPU architectures. After briefly describing the solver itself, the special issues associated with porting codes using unstructured data structures are discussed - followed by some application examples.
机译:现代CFD流程包括网格生成,流求解和后处理功能,这些功能集成到自动化的工作流程中。在过去的几年中,我们开发并发布了旨在生产网格和几何编辑系统的研究,该系统以端到端的并行,可扩展的方式实现,并能够自动处理大规模的实际应用。本文的重点是相关的非结构化网格RANS流求解器及其向GPU架构的移植。在简要描述了求解器本身之后,讨论了与使用非结构化数据结构移植代码相关的特殊问题-随后是一些应用示例。

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