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Interactive framework for modeling and analysis

Fabo P., Siroka A., Maga D., Siroky P.

Przegląd Elektrotechniczny

2007

R. 83, nr 11

79-80

In this paper the interactive simulator will be presented. The main emphasis is put on methods of simulation implemented into this simulator platform. Three kinds of simulation methods will be described. The first method is discrete simulation in real time or virtual time, the second is simulation controlled by events and the last is single-step and multi-step method.

W artykule tym zaprezentowany zostanie interaktywny symulator. Główny nacisk położony jest na zaimplementowane w nim metody symulacji. Opisane zostaną trzy rodzaje metod symulacji. Pierwsza jest symulacją dyskretną w czasie rzeczywistym albo wirtualnym, druga to symulacja sterowana przez zdarzenia i ostatnia to metoda jedno- i wielokrokowa.

FEM Analysis and Field Oriented Control Simulation of Bearingless Actuator

Wagner J., Maga D., Sitar J., Uhlik P., Hartansky R.

Machine Dynamics Problems

2004

Vol. 28, No. 4

177-184

This paper deals with a bearingless rotary machine that is capable of stable controlling the levitated position of a rotor of an induction motor with a squirrel-cage type rotor under loaded conditions. This bearingless induction machine is capable to serve as an electric motor and also as a magnetic bearing for magnetically levitating and supporting the rotor of the machine. The stator has winding for rotating the rotor and winding for positional control of the rotor in a given radial position. The paper deals with the field oriented control of the bearingless induction machine. Simulations were done with parameters of designed machine based on classical induction motor with mechanical bearings. Designed machine has four-pole drive winding and additional winding to centre the rotor in the machine. Both windings are distributed in the stator slots. Power and voltage rating of the four-pole winding is 3kW/220V and of the two-pole winding for levitation is 250W/30V. Simulation results of the whole system are presented.