It has been widely recognized by the engineering technical personnel that using the method of power bond graph modeling to study the dynamic characteristics of system 采用功率键合图建模的方法对系统的动态特性进行研究已经引起了工程技术人员的广泛关注。
Besides those , considering the complexity of hydraulic system , the paper establishes the mathematical model by the method of power bond graph 除此之外，考虑到液压系统动态分析的复杂性，本文利用功率键合图的方法，建立了风力机变距液压系统部分的数学模型。
In order to strengthen the capability of visual modeling environment in settling actual problems , the research on graphic modeling technique of bond graph has been carried out 为了进一步增强可视化建模环境解决实际问题的能力，本文进行了功率键合图图形化建模技术的研究。
The bond graph model of the battery system is obtained by coupling the bond graph model of the equivalent circuit and the bond graph model of the temperature management system 进而将蓄电池等效电路的键合图模型和温度管理系统的键合图模型耦合，得到蓄电池系统的键合图模型。
Then according to the bond graph model of motor and falling back on matlab / simulink simulation platform , the models of motor and motor controller are set up 然后根据所得的电机键合图模型，借助matlab simulink仿真平台建立了电机的仿真模型。同时还建立了电机控制器的仿真模型。
Visual modeling mode of bond graph is more intuitionistic and convenient than text modeling mode . and users need n ' t master the grammar and the format of relevant descriptive language any more 可视化的键合图建模方式较好地弥补了文本建模方式所存在的不直观且要求使用者掌握相关描述语言的语法及输入格式等不足。
Upon the basis of analyzing the theory of the enablement of regenerative braking , and setting up the model of bond graph , the system model of motor is connected with bond graph mode of complete vehicle 本文分析了电机实现再生制动的原理，建立了相应的模型，并在此基础上，把电机系统模型与整车的键合图模型接合起来。
Especially with the successful application of power bond graph modeling technique in the dynamic performance analysis of hydraulic system , the researches in this field have been advanced greatly 特别是功率键合图建模技术在液压系统动态特性研究领域中的成功应用，为其提供了强有力的技术手段，大大推动了这方面研究工作的进展。
Also the thermodynamics condition and energy flow of the parallel - flow air cooling mode that is one of the modes of battery ' s temperature management system is studied , and the bond graph model of the temperature management system is built 研究了电池温度管理系统的常用的平行气流风冷方式的热力学状态和能量流动，并建立了键合图模型。
Author ' s work has carried on the effective attempt for study and simulating the complex dynamic characteristic of battery , opened up the new train of thought and made the contribution for the development of bond graph theory 作者的工作为研究模拟蓄电池复杂的动态特性进行了有效的尝试，开辟了新的思路，也为键合图理论的发展做出了贡献。
