Modeling and simulation for electro-hydraulic systems based on multi-software collaboration

Now the modeling and collaborative simulation of electro-mechanical system is one of hotspots for studies and applications. In this paper, ADAMS, AMESim and Simulink software are selected as the software environment for collaborative simulation of electro-hydraulic system. The functions and characteristic of these softwares are introduced. The hydraulic-driven lift system is taken as an example, the basic sketch for modelling and collaborative simulation of electro-mechanical system based on the interfaces is discussed, and the realization methods of collaborative simulation using the interfaces are studied. The research is of significance for the collaborative simulation and optimization of complex electro-mechanical system.