现代复杂机电系统是机、电、液、光等多物理过程融合于同一载体的复杂系既,

The modern complex electromechanical system is a complex system in which multiple physical processes such as machine, electricity, liquid, and light are fused on the same carrier. Its common characteristics are at least manifested in the following four aspects: <br>(1) A multi-functional complex electromechanical integrated with multiple high-tech The system has the core features of complex physical structure, high technical depth and wide width, and intensive intersection and integration of multi-disciplinary knowledge. <br>(2) The system is composed of multiple subsystems of the same or different levels, and each subsystem is coupled to form a complex organic whole by coupling electrical structure. <br>(3) The system is dynamic and open. Through the coupling and coordination of energy flow, material flow and information transfer, transformation and evolution, multiple complex physical processes are realized and the basic functions of the system are formed. <br>(4) Due to the complexity of functions, structures, coupling relationships and physical processes of complex electromechanical systems, it shows the typical characteristics of general complex systems.

现代复杂机电系统是机、电、液、光等多物理过程融合于同一载体的复杂系既,其共有特性至少表现在下面4个方面:<br>(1)集成了多种高新技术的多功能复杂机电系统,具有物理结构复杂、技术深度高与宽度广、多学科知识密集交叉与融合的核心特征。<br>(2)系统由多个相同或不同层次的子系统组成,各子系统之间通过耦合构电结构复杂的有机整体。<br>(3）系统具有动态性和开放性,通过耦合和协同进行能量流、物质流与信息谁的传递、转换及演变,实现多个复杂的物理过程,并形成系统的基本功能。<br>(4)由于复杂机电系统在功能、结构、耦合关系和物理过程等各方面所具有的复杂性,表现出一般复杂系统的典型特征。

Modern complex mechanical and electrical system is a complex system that integrates mechanical, electrical, hydraulic, optical and other physical processes into the same carrier. Its common characteristics are at least shown in the following four aspects:<br>(1) The multi-functional complex mechanical and electrical system, which integrates a variety of high and new technologies, has the core characteristics of complex physical structure, high technology depth and wide width, and intensive interdisciplinary knowledge intersection and integration.<br>(2) The system is composed of several subsystems of the same or different levels, and each subsystem is an organic whole with complex electrical structure through coupling.<br>(3) The system is dynamic and open. Through the coupling and cooperation of energy flow, material flow and information who transfer, transform and evolve, it realizes many complex physical processes and forms the basic functions of the system.<br>(4) Because of the complexity of complex electromechanical system in function, structure, coupling relationship and physical process, it shows the typical characteristics of general complex system.<br>