Survey on Modeling and Simulation of Multiphysics Systems

This paper presents a retrospective on the evolution of modeling and simulation (M&S) as they relate to multiphysics systems. The context space of M&S is defined in terms of number of fields, number of domains, length scale, and computational technologies involved. Representative past and the present efforts on each one of these contexts and some of their combinations are described and their relationship to the product development efforts of ASME’s Computer and Information in Engineering (CIE) division is identified. The general procedures for developing multi-field formulations are given first. Then the multi-domain progress is given with an emphasis on fluid-structure interaction problems pertaining to linear and non-linear aeroelasticity and aerothermoelasticity. Multi-scale methodologies follow, and the computational technologies associated with model generation and simulation is also presented. Potential future anticipated trends and directions are identified and conclude this survey. ∗Address all correspondence to this author.

本文对建模和模拟（M＆S）的演变进行了回顾，因为它们与多个物理系统相关并且描述了目前在这些环境中的每一个及其组合中的目前努力，以及它们与ASME计算机和工程学信息（CIE）部门的产品开发工作的关系是确定的。开发多场公式的一般程序。还提出了与模型产生和模拟相关的计算技术。 ∗地址与该作者的所有信件。