Automated model generation in the electrical automotive driveline components

Model based techniques are increasingly applied to develop mechatronic systems. The Automated modeling methodology supports the model synthesis of electrical components included in the automotive driveline. Since the time to market of vehicles is decreasing steadily and the demand for efficiency and quality is increasing model based methods are required to enable the possibility of simultaneous engineering. The proposed solution is based on available measurement series of previously validated components. A model generation library enables the assembling of analogous models according to a predefined component classification. To increase the transparency and quality of the models experts can implement extensions and predefine parameters of the physical software models. Subsequently a parameter estimation identifies the values of the parameters by the objective to minimize the difference between measured values and simulation results.     «

Model based techniques are increasingly applied to develop mechatronic systems. The Automated modeling methodology supports the model synthesis of electrical components included in the automotive driveline. Since the time to market of vehicles is decreasing steadily and the demand for efficiency and quality is increasing model based methods are required to enable the possibility of simultaneous engineering. The proposed solution is based on available measurement series of previously validated co...     »