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地质系统的动力学数值模拟成为时下地质领域的热点和发展趋势,也是地质科学定量化和精确化的必然途径。随着计算机和算法的快速发展,计算已经不是动力学计算模拟的主要难题。相反离散化模型的建立却成了制约动力学数值模拟的主要难题之一,其原因在于:数值模拟软件都偏重于计算,一般建模功能较弱,只提供了一些规则的基本单元。能通过组合搭配建立简单的模型,难以构建逼近真实地质系统的复杂模型;而很多优秀的地质建
The dynamic numerical simulation of geological system has become the hot spot and trend of development in the current geology field, and also the necessary way of quantification and precision of geological science. With the rapid development of computers and algorithms, computing is not the main challenge in the field of dynamic computational simulation. The establishment of the opposite discretization model has become one of the main problems in the numerical simulation of constrained dynamics. The reason is that the numerical simulation software emphasizes the calculation, and the general modeling function is weak and only provides some basic rules of the rules. It is difficult to build a complex model approaching the real geological system through the combination and the establishment of a simple model; and many excellent geological structures