engleski

Electromagnetics forces in magnetic actuator for use in active suspension system

For the positioning of the vehicle at different loads due to dynamic loads, the problem is to determine the required electromagnetic force to be provided by a magnetic actuator for an active vehicle suspension. The numerical calculations of magnetic fields and the resulting force is based on the finite element method. Comprehensive solutions are applied to the development of parametric modeling. Presented is a basic model for further modeling and analysis of the possibility of a particular model of behavior using different kinds of materials and loads. Calculation of models in the state space can serve as preparation for the automatic control of the dynamics of the suspension.

electromagnetic forces ; levitation ; numerical calculation ; pre-calculated mathematical model ; vehicles suspension

Na poziv tvrtke eCon Engineering ispred Elektrotehničkog fakulteta u Osijeku prezentiran je rad na XII. ANSYS User Meeting u Mađarskoj.