Dynamic characteristics considering vehicle load and jerk condition of Linear Induction Motor by using equivalent circuit with electro-magnetic field theory

For the dynamic analysis of Linear Induction Motor (LIM), the derivation of its equivalent circuit parameters are essential, so this paper applies those parameters derived by electro-magnetic field theory. In case of LIM, the value of parameters is different according to its secondary structure, the application of electro-magnetic field theory is not avoidable. Using those parameters and d-q transformation, the dynamic modeling and simulation of LIM applied to a magnetic levitation train car are performed considering load conditions and suggested jerk scenario to ensure the passengers' safety.