Object oriented modelling for model capitalisation and simulation of electromechanical systems

This paper presents an approach to model physical system. Nowadays, engineers have to work with similar models that cover different knowledge. One has to extract analysis from a time simulation, an other one has to size the device. However, tools dedicated to these tasks are often different and use specific internal representation for the models. So, coherence is hard to maintain between models; moreover, the knowledge of the model is often hidden behind the obscurity of a dedicated code. The proposed approach focuses on model knowledge: equations, professional algorithm. The paper proposes a method that aims at capitalising knowledge under a physic format, in a natural manner, i.e. out of computer language. So, a translation mechanism is then proposed to generate specific code from this natural description of models to dedicated software applications.