摘要
采用面向对象的非因果物理建模语言Modelica为建模工具,在dymola多领域仿真平台环境下,将汽车系统进行了模块化划分,通过连接模型库中的部件,建立传统车辆部件模型库,并对汽车循环经济性和动力性进行仿真分析。
Under the environment of Dymola muhidomain platform, Modelica Language which the principle of independence and physical integrality, an object oriented modeling approach, has been adopted. The automotive system is divided many simple blocks. We connected the components in Model library, then built a new conventional vehicle system. It is shown that the model can properly simulate the performance of power and fuel economy.
出处
《机械工程师》
2010年第10期42-45,共4页
Mechanical Engineer
