Usually underwater explosion physical process is divided into two sequences: (1) Shock wave, (2) Bubble oscillation.
水下爆炸物理过程一般简化为两个过程:(1)冲击波;(2)气泡脉动。
参考来源 - 水下爆炸气泡及附近结构损伤机理的数值研究Aimed at the gas-water interface problem in underwater explosion, ALE formulation is used to trace fluid interface, and the modified ghost fluid method is introduced to the interface computation.
针对水下爆炸中的水-气界面问题,本文采用ALE方法追踪流体界面,并将改进的虚拟流体方法应用于界面计算中。
参考来源 - 包含运动界面的爆炸流场数值模拟方法及其应用Expatiates the characteristics of underwater explosion shockwave.3.
2、阐述了水下爆破冲击波特点。
参考来源 - 厦门海域水下爆破冲击波监测与传播特性分析·2,447,543篇论文数据,部分数据来源于NoteExpress
以上来源于: WordNet
These conditions may be regarded as corresponding to a shallow underwater explosion.
可以把这个条件看作是浅层水下爆炸的相应条件。
The production mechanism of underwater explosion is also analyzed on the basis of dispersion phenomenon.
根据声波在水下的散射现象,分析了水下混响的形成机理;
The phenomena of secondary vibration of structures induced by underwater explosion are observed in the experiments.
通过工程试验研究,观测到水下爆炸引起的地基及水中结构物的二次地震波现象。
应用推荐