Kernel software platform for electrical device optimization: Application to the optimization of a linear actuator performance

Abstract

Throughout this paper we are developing a kernel modular extensible platform, allowing new modules addition and optimizing structure's modeled in different design environments with "black box" approach. This platform identifies electrical structure parameters from their design files on which the user define optimizing problem constants and variables. An application is processed; it is an incremental linear actuator where the static force and the overflow of the dynamic response over two successive step displacements are improved by optimizing its design and control parameters.