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Applied Research on Extension Element Model in Hydraulic System

机译:扩展元模型在液压系统中的应用研究

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This paper further researches the application of extension element model of hydraulic system. A extension element model of hydraulic system contains three parts: the prototype of a hydraulic component, the matter-element and relation-element model of hydraulic components, and the matter-element and relation-element model of hydraulic systems. The foundation building a extension element model of hydraulic system is to build its database of the prototypes of a hydraulic component. The matter-element and relation-element model of hydraulic components is a model for physical hydraulic components. The the matter-element and relation-element models of hydraulic components on a hydraulic system can describe the internal links among hydraulic components. Through analysis of the connections among the matter-element and relation-element models of hydraulic components, rings, power bond graphs, and dynamic equations will be found and gained. Thus, the performance and digital simulation for a hydraulic system will be realized and finished.
机译:本文进一步研究了液压系统扩展元模型的应用。液压系统的扩展元件模型包括三个部分:液压元件的原型,液压元件的物元和关联元模型以及液压系统的物元和关联元模型。建立液压系统扩展元素模型的基础是建立液压组件原型的数据库。液压元件的物元模型和关联元模型是物理液压元件的模型。液压系统上液压元件的物元模型和关系元模型可以描述液压元件之间的内部联系。通过分析液压元件的物元模型和关系元模型之间的联系,可以找到并获得环,动力键图和动力学方程。因此,将实现并完成液压系统的性能和数字仿真。

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