PROPOSAL FOR A RE-USABLE MODELS LIBRARY APPLICATION TO AN INJECTION SYSTEM FOR A DIESEL ENGINE
Michel Lebrun, Claude William Richards, Denis FARGETON · Proceedings of the JFPS International Symposium on Fluid Power · 1999
Today it is recognized that simulation will play more and more a key role in learning, analysis and dynamic systems' designs processes.In the fluid power field we can even witness certain inertia on the part of certain engineers towards the use of "Fluid power" tools.In fact, these tools propose often an ISO representation for circuit modeling.However, this functional representation is far from being convenient for the use of an enlightened methodology of simulation.The use of a simulation approach implies knowledge of modeling hypotheses and the setting up of a consistent iterative process, in the light of calculation results, in order to make the models evolve gradually towards the reality.Taking into account these remarks and building on what represents the "state of the art" in fluid power contained in the basic works, we have been led to specify and develop a basic element library based on a limited number of generic elements.This generic structure allows modeling and simulation of components and circuits.