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Power model of an electrohydraulic complex with periodic nonlinear processes in the pipeline network

机译:管网中具有周期性非线性过程的电液复合体的功率模型

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An equivalent circuit of an electrohydraulic complex taking into account periodic nonlinear processes in a pipeline network is proposed. It is shown that the use of the method of harmonic analysis of hydraulic power makes it possible to single out variable components generated by cavitation phenomena, to perform frequency analysis of power processes in the hydraulic system. A power model of an electrohydraulic complex is developed on the basis of equations of power harmonic components energy balance between the source of hydraulic supply and hydrosystem elements. A possibility of the use of a power model in problems of identification of hydraulic complex parameters, when nonlinear hydrodynamic processes are developed in the pipeline, is proved.
机译:提出了考虑管道网络中周期性非线性过程的电液复合体的等效电路。结果表明,使用液压动力谐波分析方法可以分离出由气蚀现象产生的可变分量,从而对液压系统中的动力过程进行频率分析。基于水力供应源与水力系统要素之间的电力谐波分量能量平衡方程,建立了电动液压综合体的功率模型。当管道中出现非线性流体动力学过程时,证明了在确定液压复杂参数的问题中使用功率模型的可能性。

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