Czasopismo naukowe „Electrical Engineering” zawiera konferencyjne materiały naukowe, w których opisano wyniki badań i analiz z zakresu szeroko rozumianej inżynierii elektronicznej.
Preface 5
1. Mariusz BARAŃSKI, Jerzy KOŁOWROTKIEWICZ, Experimental verification of a field-circuit squirrel cage motor model 7
2. Stefan BROCK, Krzysztof ZAWIRSKI, Analysis of speed digital measurement methods for switched reluctance motor 17
3. Wojciech BURLIKOWSKI, Comparison of different implementations of reluctance motor simulational model 27
4. Andrzej BYTNAR, Turbogenerator stator failures due to some physical phenomena 35
5. Andrzej DEMENKO, Permeance and reluctance networks for magnetic field calculation 47
6. Mateusz DYBKOWSKI, Teresa ORŁOWSKA-KOWALSKA, Robert WIERZBICKI, Self-commissioning sensorless induction motor drive with new MRAS estimator – experimental tests 59
7. Michael FREESE, Meinolf KLOCKE, Aspects of identification of equivalent circuit parameters of large synchronous generators by SSFR-tests 73
8. Dariusz GIERAK, Ignacy DUDZIKOWSKI, Anton PAWELETZ, Three dimensional magnetic field analysis of a small permanent magnet commutator machine 85
9. Lesław GOŁĘBIOWSKI, Marek GOŁĘBIOWSKI, Damian MAZUR, Magnetic non-linearity in 3D FEM models of the electric machines 95
10. Paweł HAŃCZEWSKI, Włodzimierz PRZYBOROWSKI, Hybrid synchronous machine with permanent magnet’s commutator structure and stationary excited internal flux 113
11. Mariusz JAGIEŁA, Finite element model of a hysteresis motor 123
12. Piotr KISIELEWSKI, Ludwik ANTAL, Transient currents in closed circuits of the turbogenerator rotor for the sudden short circuit 135
13. Czesław T. KOWALSKI, Robert WIERZBICKI, Application of the extended Kalman filter for rotor and stator fault detection of the induction motor 145
14. Marian ŁUKANISZYN, Marcin KOWOL, Optimization of magnetic circuit of a modular reluctance motor with an outer rotor 157
15. Wiesław ŁYSKAWIŃSKI, Power loss analysis in pulse transformer windings 167
16. Adam MACIEJUK, Cezary JĘDRYCZKA, Analytical model of SRM based on electromagnetic field approach 181
