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Numerical Simulation of the Protective Effect of Complex Boundaries Toward Shock Waves in a 3D Explosive Field
引用本文:吴开腾,宁建国. Numerical Simulation of the Protective Effect of Complex Boundaries Toward Shock Waves in a 3D Explosive Field[J]. 北京理工大学学报(英文版), 2003, 12(1): 50-54
作者姓名:吴开腾  宁建国
作者单位:NationalKeyLaboratoryofExplosionandSaftyScience,BeijingInstituteofTechnology,Beijing100081,China
基金项目:SponsoredbytheNationalNaturalScienceFoundation (10 0 72 0 11)andtheYouthNaturalScienceFoundationoftheBureauofEducationinSichuanProvince(0 1LB17)
摘    要:A numerical method is presented that simulates 3D explosive field problems.A code MMIC3D using this method can be used to simulate the propagation and reflected effects of all kinds of rigid boundaries to shock waves produced by an explosive source.These numerical results indicate that the code MMIC3Dhas the ability in computing cases such as 3D shock waves produced by air explosion,vortex region of the shock wave,the Mach wave,and ceflected waves behind rigid boundaties.

关 键 词:三维爆炸场 爆震波传播 冲击波 MMIC3D 数值模拟 复杂边界 形状 材料 防护作用
收稿时间:2002-05-28

Numerical Simulation of the Protective Effect of Complex Boundaries Toward Shock Waves in a 3D Explosive Field
WU Kai-teng and NING Jian-guo. Numerical Simulation of the Protective Effect of Complex Boundaries Toward Shock Waves in a 3D Explosive Field[J]. Journal of Beijing Institute of Technology, 2003, 12(1): 50-54
Authors:WU Kai-teng and NING Jian-guo
Affiliation:National Key Laboratory of Explosion and Safty Science, Beijing Institute of Technology, Beijing 100081, China
Abstract:A numerical method is presented that simulates 3D explosive field problems. A code MMIC3D using this method can be used to simulate the propagation and reflected effects of all kinds of rigid boundaries to shock waves produced by an explosive source. These numerical results indicate that the code MMIC3D has the ability in computing cases such as 3D shock waves produced by air explosion, vortex region of the shock wave, the Mach wave, and reflected waves behind rigid boundaries.
Keywords:explosive field  shock wave  MMIC3D  numerical simulation  complex boundaries
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