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键合图理论
相关语句
  bond graph theory
    The Transformation of System State Space Equations Based on Bond Graph Theory
    基于键合图理论的系统状态方程的转化方法
短句来源
    System Dynamical Analysis for 2K-H Planetary Gear Transmission Based on Bond Graph Theory
    基于键合图理论的2K-H行星齿轮传动系统动力学分析
短句来源
    2. With the bond graph theory, five dynamic models of the system and state equation of the system with different combination are developed.
    ②基于键合图理论建立系统动力学模型并推导其状态方程。
短句来源
    Use the power bond graph theory to build up the power bond graph model, deduce the equations of states, and make the artificial analysis in both time and frequency domains with the artificial software MATLAB/ SIMULINK. From the graphs, we can see the servo valve based on NdFeB permanent magnetism material has better dynamic performances compared with Th-7/10 type servo valve.
    运用功率键合图理论对伺服阀建立功率键合图模型,推导出状态方程,借助仿真软件MATLAB/ SIMULINK对模型进行时频域仿真分析,从仿真曲线上可以看到与Th-7/10型伺服阀相比,基于钕铁硼永磁材料的动圈式伺服阀的动态性能较好。
短句来源
    A unified proceduce for mechanism dynamics based on bond graph theory is introduced.
    介绍了基于键合图理论的机构动力学统一方法。
短句来源
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    The advanced development and the characteristics of the complicated transmission system are showed through the representative model and the research approach is also discussed, which has important theoretical and practical meaning to the high-efficiency energy saving of the complicated transmission system with multi-medium, multi-dynamic source and the improvement of the system dynamic performance.
    提出了把传动学、键合图理论、系统分析理论及非线性动力学相结合 ,采用理论研究、计算机仿真、实验验证相结合来研究多介质、多动力源复合传动系统的方法。 对研究多介质、多动力源复合传动系统的传动特性、各动力源之间及其与外负载之间的相互匹配规律及提高系统动态性能具有重要的理论与工程意义
短句来源
    A series of design scheme based on bond graph are inaugurated through expomsion of bond graph and bond graph method of concept design is bronght in this paper.
    本文根据键合图理论,通过键合图的扩展的三种方法开辟了一系列的设计方案,探讨概念设计的键合图方法。
短句来源
    After analyzing insufficiencies of modal theory now available and the difficulties of dynamic study of complex electromechanical system, with the aid of power bond graph, modal theory and modal analysis method which generally used in mechanical system are lead into electrical system、 hydraulic system and mocha-electro-hydro coupled system, a new theory and analysis method, which can be used to global coupling modeling and medal analysis of complex electromechanical system, is established preliminarily。
    全文在分析现有模态理论的不足和复杂机电系统动态特性研究难点的基础上,利用键合图理论,将机械系统动力学的模态理论和方法引入机、电、液力等多种能量共存的复杂机电系统,初步建立起基于键合图的复杂机电系统全局耦合动力学建模和模态分析的基本概念和理论框架。
短句来源
    The main research contents and it's results read as follows:Chapter 1 analyses researching status quo、 engineering background and existing problems of complex electromechanical system, discusses developing history、 trend and limit of power bond graph and modal theory and method now available, clarify the necessity of establishing a bond graph-based modal analysis method, which can be used to global coupling modeling and modal analysis of complex electromechanical system。
    第一章 分析复杂机电系统动力学研究现状、工程背景和存在的问题,详细综述了键合图理论和模态分析理论研究现状、发展趋势及其局限性,阐述了建立基于[键合图—模态分析]方法的复杂机电系统全局耦合动力学分析方法的必要性。
短句来源
    The paper has built maths model of hydraulic system, and carried out computer simulation with power bond graphs theory.
    本文还建立了该液压系统的数学模型,并采用功率键合图理论进行了计算机仿真。
短句来源
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The hydraulic safety winches for YAJ types have the disadvantages of slow dynamic response, superadjusted pressure and the unstability. The state equation of hydraulic system dynamic characteristics has been obtained by power key combined diagram theory. Digital simulation has been completed. And by way of experimental research, main parts and parameters which influence dynamic characteristics of hydraulic system have been found out.

针对YAJ系列液压安全绞车动态响应慢、压力超调严重、系统稳定性较差等缺点,应用功率键合图理论建立了系统动态特性的状态方程,进行了数字仿真。通过试验研究,找到了影响系统动态特性的主要元件和参数。

A unified proceduce for mechanism dynamics based on bond graph theory is introduced. The general mechanism bond graph model is provided. The unified formula of mechanism dynamic equations derived here is a regularized one, and can be used for forward and inverse dynamic problem of mechanism respectively. This procedure is very suitable for automatic derivation on a computer, its validity is illustrated by a practical example.

介绍了基于键合图理论的机构动力学统一方法。给出了一般机构的键合图模型,所推导出的机构动力学统一方程,可分别用于机构动力学正、逆问题,具有规则化的特点,特别适合于计算机自动生成。用实例说明所述方法的有效性。

Based on bond graph theory, the transformation procedure of system state space equations is provided, the general and regularized transformation formula is derived. This procedure is very suitable for automatic derivation on a computer, its validity is illustrated by practical examples.

键合图理论为基础,给出了系统状态方程的转化方法,推导出了通用的规则化的转化公式,特别适用于在计算机上自动地实现。用具体算例说明了所述方法的有效性。

 
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