计算力学学报2012，Vol.29Issue(6)：948-953,6.
三维气相爆轰动态并行计算程序设计与开发
Design and development of dynamic parallel computing code for three-dimensional gaseous detonation
摘要
Abstract
In numerical simulation of three-dimensional gaseous detonation,a large number of grids resul- ting from relative mesh resolution and large-scale computing domain consume tremendous computing resources,which brings a great challenge for the numerical simulation. Based on MPI parallel mode,this paper uses 5-th order WENO scheme to discrete partial differential term of the governing equations with chemical reaction, and develops high-resolution dynamic parallel code. Then it is used to simulate the propagation of detonation in square tube with obstacle. The numerical results show that high-resolution dynamic parallel code can effectively simulate the propagation of 3-D gas detonation in large-scale tube. It not only improves the computational efficiency but also the resolution of the detonation wave front. Com pared with static parallel mode, high-resolution dynamic parallel code saves communication time of data in interface,and further enhances the computational efficiency. So, it is an effectively means to explore new physical mechanism of 3-D gaseous detonation.关键词
爆轰波/MPI/动态并行/WENO格式Key words
detonation wave MPI/dynamic parallel/WENO scheme分类
数理科学引用本文复制引用
王成,韩文虎,宁建国..三维气相爆轰动态并行计算程序设计与开发[J].计算力学学报,2012,29(6):948-953,6.基金项目
教育部新世纪优秀人才支持计划 （）
国家自然科学基金 （）
爆炸科学与技术国家重点实验室自主研究课题重点项目（ZDKTll-01）资助项目. （）
