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Based on Numerical Simulation of High-Performance Parallel Machine Muffler Experimental Calibration

机译:基于高性能并联机消声器实验校准的数值模拟

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Commonly used commercial simulation software SYSNOISE and ANSYS is run on a single machine (can not directly run on parallel machine) when use the finite element and boundary element to simulate muffler effect, and it will take more than ten days, sometimes even twenty days to work out an exact solution as the large amount of numerical simulation. Use a high performance parallel machine which was built by 32 commercial computers and transform the finite element and boundary element simulation software into a program that can running under the MPI (message passing interface) parallel environment in order to reduce the cost of numerical simulation. The relevant data worked out from the simulation experiment demonstrate that the result effect of the numerical simulation is well. And the computing speed of the high performance parallel machine is 25 ~ 30 times a microcomputer.
机译:常用的商业仿真软件Sysnoise和ANSYS在使用有限元和边界元件时在单个机器上运行(不能直接运行并并行机器)模拟消声器效果,并且需要超过十天,有时甚至二十天为大量数值模拟进行精确解决方案。使用高性能并行机器由32个商用计算机构建,将有限元和边界元模拟软件转换为可以在MPI(消息传递接口)并行环境下运行的程序中,以降低数值模拟的成本。从仿真实验中解决的相关数据证明了数值模拟的结果效果良好。并且高性能平行机的计算速度是微电脑的25〜30倍。

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