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首页> 外文期刊>International Journal for Numerical Methods in Fluids >A parallel framework for multidisciplinary aerospace engineering simulations using unstructured meshes
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A parallel framework for multidisciplinary aerospace engineering simulations using unstructured meshes

机译:使用非结构化网格的多学科航空工程仿真的并行框架

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摘要

High performance parallel computers offer the promise of sufficient computational power to enable the routine use of large scale simulations during the process of engineering design. With this in mind, and with particular reference to theaerospace industry, this paper describes developments that have been undertaken to provide parallel implementations of algorithms for simulation, mesh generation and visualization. Designers are also demanding that software should be easy to use and,here, this requirement is addressed by embedding the algorithms within a convenient computer environment. This environment allows for the integration of arbitrary application software, which enables the development of a multidisciplinary engineeringanalysis capability within a unified computational framework.
机译:高性能并行计算机有望提供足够的计算能力,从而能够在工程设计过程中常规使用大规模仿真。考虑到这一点,特别是对航空航天业的参考,本文描述了为提供模拟,网格生成和可视化算法的并行实现而进行的开发。设计人员还要求软件应易于使用,在此,通过将算法嵌入便利的计算机环境中来满足此要求。这种环境允许集成任意应用程序软件,从而可以在统一的计算框架内开发多学科的工程分析功能。

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