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中文摘要：
通过模拟弹性介质和流体中的强间断传播，分析了守恒元／解元（CE／SE）、立方插值伪质点法（CIP）、Roe格式以及二阶Godunov方法（MUSCL）四种格式对流体弹塑性问题的适应性，发现CE／SE方法和MUSCL方法较为优越。利用CE／SE方法模拟了爆炸焊接形成的波状界面问题，印证了CE／SE方法在处理流体弹塑性问题上的优越性。
英文摘要：
In this paper, the feasibilities for hydro elastic-plastic model with four famous fluid dynamics numerical methods, namely, CE/SE, CIP, Roe and MUSCL are investigated. The mechanical process involving strong discontinuity in elastic mediums and the one-dimensional shock tube problem are simulated, by using the four methods. By analyzing the numerical results carefully, one could preliminarily conclude that CE/SE method and MUSCL method are better for solving hydro-elasticplastic problems. Due to the clear physics concepts in the construction process and the higherresolution, CE/SE method is the most suitable for computing hydro-elastic-plastic problems in the four schemes. To test the capability in detail, CE/SE method is also performed to simulate a hydro-elastic-plastic problem, which is the wavy interface generation process in explosive welding of steel-copper plates and aluminum-copper plates. The computational results are very similar to the experimental ones.
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