FMU在多体液压系统控制参数优化中的应用

N. Ishida, Hideyuki Muramatsu
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引用次数: 1

摘要

在开发初期,我们使用功能模拟单元(Function Mockup Unit, FMU)作为性能预测方法,开发了仿真环境。在该环境中,液压控制器部件采用基于Modelica语言的一维仿真工具Dymola建模,受控力学部件采用多体仿真工具Simpack建模。通过FMI (Function Mockup Interface)建立了连接液压控制器部件和机械部件的整体系统模型。液压和控制器部分通过Dymola转换为FMU,并纳入Simpack力学模型。在此基础上,利用Isight软件对系统模型进行优化控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application for Optimization of Control Parameters for Multi-body and Hydraulics System by using FMU
We developed a simulation environment using FMU (Function Mockup Unit) as performance prediction method in the early stage of development. In this environment, hydraulic controller parts are modeled in Dymola which is one of 1D simulation tools based on Modelica language and controlled mechanics parts are modeled in Simpack which is multibody simulation tool. We created a total system model connected to hydraulic controller parts and mechanics parts by using FMI (Function Mockup Interface). Hydraulics and controller parts are converted to FMU by Dymola, and are incorporated in Simpack mechanical model. Furthermore, we applied the system model optimization to control parameters by using Isight.
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