Paper Title
Optimal Design of Dslim Based on Sheet Secondary Thickness Effects With Finite Element Method

Abstract
thickness of sheet secondary is one of Effective parameters on the performance of linear induction motors which must be selected and optimized to increase power efficiency and motor performance significantly. In this paper a double-sided linear induction motor with different sheet secondary thickness by using MAXWELL3D software is designed and with finite element method is analyzed electromagnetically. Then for dynamic simulation, linear motor by using MATLAB software is simulated. In this paper, the flux and motion dynamics for independent control of attraction and propulsion force is decoupled. Keywords� Finite element method, linear motor, secondary sheet.