关键词: 异构系统, 动态双向融合, 计算机仿真, 计算机辅助工程, 虚拟样机

Abstract: Through the methods of model-transformation and joint-simulation, the heterogeneous Computer Aided Engineering (CAE) software ANSYS and ADAMS could collaboratively solve problems as the rigid-flexible coupling. But it couldnt precisely solve the problem, which was multi-body dynamics simulation in electric, thermal and magnetic fields. According to basic ideas of Newton interpolation, a method called Dynamic-Bidirectional-Inosculation（DBI）was proposed. The continuous simulation process was divided into n parts of child-processes whose steps were short enough, By constructing a data exchange platform, information from storage model and simulation data were transmitted respectively and dynamically update bound conditions so as to reach bidirectional inosculation in heterogeneous systems, thereby realize complete problem solving by steps. This proposed method has overcome shortcomings as bigger error and low visualization of traditional method. It solved bidirectional inosculation simulation problem between ANSYS and ADAMS. Results showed that this method had better application effects and provided an effective path for solving inosculation problems in heterogeneous simulations.

Key words: heterogeneous system, dynamic-bidirectional-inosculation, computer simulation, computer aided engineering, virtual prototype