复杂机电系统耦合与解耦设计——现代机电系统设计理论的探讨

Coupling and decoupling design for complex electromechanical system ——exploration for design theories for modern electromechanical system

针对现代大型复杂机电系统的性能与运行状态是多物理过程和多参数全局耦合结果的事实，提出对复杂机电系统进行全局耦合分析及耦合并行设计的基本思想，探讨全局耦合分析与设计的基本理论框架，以期研究复杂机电系统功能、奇异工况的生成机制，实现复杂机电系统全局耦合最优设计。

Based on the facts that the performance and running state of large-scale complex electromechanical systems are of the results of the complete coupling of several physical processes and parameters, a basic idea of complete coupling analysis and coupling concurrent design for complex electromechanical system is proposed in this paper. And the basic theory frame of coupling analysis and design is discussed. With this method,one will be able to investigate the performance and to build mechanism of oddity state, to obtain the optimum design of complete coupling for a complex electromechanical system.