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中文摘要：
近年来，边界积分法（boundary integral method，BIM）被普遍戍用于气泡动力学模拟，奉文综述了边界积分法及其相关技术在气泡动力学特性模拟中的应用与发展．首先，讨论了气泡的重要性及边界积分法的戍用；其次，讨论了气泡动态特性的数值模拟，从射流冲击前的单连通域到射流冲击后的环状气泡即双连通域的发展过程，其中包括轴对称模型和三维模型；再次，讨论了气泡运动数值模拟过程中的两种关键技术；最后，综述了近边界气泡的研究进展，并存上述基础上提出了一些尚需进一步解决的问题．
英文摘要：
In recent years, the boundary integral method （BIM） has been widely applied to bubble dynamics simulations. Thus, this paper reviews on the applications and developments of the boundary integral method and relevant techniques adopted in the bubble dynamics simulation. First, the importance of bubbles and the application of the boundary integral method are reviewed. Secondly, the simulation of bubble dynamics is discussed, including the whole evolving process from the simply connected region before the jet hitting to the doubly connected region after the jet hitting, in the light of axisymmetric model and three-dimensional model respectively. Then follows the section describing two key techniques used in the bubble dynamics simulation. Finally, the research progress of the bubble dynamics close to the boundary is summarized and some problems to be resolved are pointed out.
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