Combining models of physical effects for describing complex electromechanical devices

In contrast to classical object-oriented electromechanical modeling, i.e. describing plates, suspensions, drives etc., this paper proposes to combine models of basic physical effects to object models which in turn can be used for system modeling. This allows to freely choose which effects are to be considered for some simulation. Moreover, the development of new object models is simplified. The paper shows how to model a wide variety of electromechanical devices with a well-defined library of basic effects.