2. 复杂机电系统能量高效转换、传递、分配及控制3. 复杂机电系统多学

2. complex electromechanical system energy-efficient conversion, transmission, distribution and control <br>3. The complex electromechanical systems multidisciplinary design optimization <br>4. The reliability of the system complex electromechanical system <br>5. The complex organic-based service can process monitoring, fault diagnosis and safety evaluation <br>4.2 major scientific The <br>essence of the problem is that the connotation of the integration of complex electromechanical systems is to use the theory and methods of system theory, and the function formation principle of table setting to select various physical processes and their carriers from the layers of energy flow, material flow and information flow. (Full process) collaborative organization to build man-made systems that can meet predetermined functional indicators and performance-price ratios. <br>The core scientific issues in this field are: multi-process coupling and energy material flow-information flow coordination in the functional generation of complex electromechanical systems, including the following basic research content: <br>1) Multi-physical process coupling mechanism and functional generation of complex electromechanical systems 2) Function principle and functional interface design of energy flow on material flow 3) Energy flow transmission, conversion, aggregation and dissipation laws and control design 4) Information flow on energy flow-material flow interaction process precise coordination control and system stability run

2. 复杂机电系统能量高效转换、传递、分配及控制<br>3. 复杂机电系统多学科设计优化<br>4. 复杂机电系统的系统可靠性<br>5.复杂机电系能服役过程监测、故障诊断与安全评估<br>4.2 重大科学问题<br>就本质而言,复杂机电系统集成科学的内涵就是运用系统论的理论和方法,表设定的功能形成原理将各种物理过程与其载体从能量流、物质流与信息流的层选行全局性（全过程）协同组织,从面构建能够满足预定功能指标和性能价格比的人造系统。<br>本领域的核心科学问题是:复杂机电系统功能生成中的多过程藕合与能量物质流-信息流融合协同,包含以下基本研究内容:<br>1）复杂机电系统的多物理过程祸合机制与功能生成2）能量流对物质流的作用原理与功能界面设计3）能量流的传递、转换、聚集与耗散规律及控制设计4）信息流对能量流-物质流作用过程的精确协同调控与系统稳定运行

2. Energy efficient conversion, transmission, distribution and control of complex electromechanical system<br>3. Multidisciplinary design optimization of complex electromechanical system<br>4. system reliability of complex electromechanical system<br>5. Monitoring, fault diagnosis and safety assessment of complex mechanical and electrical system in service<br>4.2 major scientific issues<br>In essence, the connotation of complex mechatronic system integration science is to use the theory and method of system theory and the principle of function formation of table setting to organize all kinds of physical processes and their carriers from the layers of energy flow, material flow and information flow in a global way (the whole process), so as to build a man-made system that can meet the predetermined function index and performance price ratio.<br>The core scientific problem in this field is: multi process coupling in function generation of complex electromechanical system and energy material flow information flow integration and coordination, including the following basic research contents:<br>1) Mechanism and function generation of multi physical process in complex electromechanical system 2) principle of energy flow on material flow and design of function interface 3) transfer, transformation, aggregation and dissipation of energy flow and control design 4) precise coordination regulation of information flow on energy flow material flow process and stable operation of system