论文标题
非线性边界元素方法对生物器官实时模拟的有用性的初步研究
Preliminary Studies on the Usefulness of Nonlinear Boundary Element Method for Real-Time Simulation of Biological Organs
论文作者
论文摘要
有一些有关线性边界元素法（BEM）用于实时模拟生物器官的文献。但是，在非线性BEM的应用中，文献很少，尽管使用非线性BEM可能会导致更好的模拟。因此，本文探讨了使用非线性BEM进行生物器官实时模拟的可能性。本文以有关使用非线性BEM进行生物器官实时模拟的一般讨论开始。审查了有关非线性BEM的文献，接下来会记录涉及非线性配方和编码的文献。在后面的部分中，将一些从非线性分析获得的结果与线性分析的相应结果进行了比较。最后一部分以注释表明，将来有可能通过使用非线性BEM获得更好的模拟。
There is some literature on the application of linear boundary element method (BEM) for real-time simulation of biological organs. However, literature is scant when it comes to the application of nonlinear BEM, although there is a possibility that the use of nonlinear BEM would result in better simulations. Hence the present paper explores the possibility of using nonlinear BEM for real-time simulation of biological organs. This paper begins with a general discussion about using the nonlinear BEM for real-time simulation of biological organs. Literature on nonlinear BEM is reviewed and the literature that deal with nonlinear formulations and coding are noted down next. In the later sections, some results obtained from nonlinear analyses are compared with the corresponding results from linear analyses. The last section concludes with remarks that indicate that it might be possible to obtain better simulations in the future by using nonlinear BEM.
