| 129 - 134 |
Thermal behavior of an electrical motor through a reduced model
Bertin Y, Videcoq E, Thieblin S, Petit D |
| 135 - 142 |
Magnetic and thermal performance of a synchronous motor under loss minimization control
Mademlis C, Margaris N, Xypteras J |
| 143 - 148 |
Dynamic simulation of dynamic eccentricity in induction machines - Winding function approach
Joksimovic GM, Durovic MD, Penman J, Arthur N |
| 149 - 156 |
A three-phase multi-stress accelerated electrical aging test facility for stator bars
Morin R, Bartnikas R, Menard P |
| 157 - 162 |
A method for magnetizing curve identification in rotor flux oriented induction machines
Levi E, Sokola M, Vukosavic SN |
| 163 - 168 |
Nonlinear control of a permanent magnet synchronous motor with disturbance torque estimation
Solsona J, Valla MI, Muravchik C |
| 169 - 175 |
A hysteresis current-regulated control for multi-level drives
Corzine KA |
| 176 - 180 |
Effect of combined velocity and pressure on life time of carbon brushes
El-Refaie AMF, Aziz MMA, Khorshid SAY, Abu Elzahab EEM |
| 181 - 187 |
Identification of armature, field, and saturated parameters of a large steam turbine-generator from operating data
Karayaka HB, Keyhani A, Agrawal BL, Selin DA, Heydt GT |
| 188 - 190 |
A novel 16/6 phase modulated winding
Alwash JHH, Ismail KS, Eastham JF |
| 191 - 196 |
Computer analysis of voltage recovery and field decay test responses
Martin JP, Tindall CE |
| 197 - 202 |
A multiple reference frame synchronous estimator/regulator
Chapman PL, Sudhoff SD |
| 203 - 210 |
A synchronous/permanent magnet hybrid AC machine
Luo XG, Lipo TA |
| 211 - 217 |
Bidirectional starting of a symmetrical two-phase switched reluctance machine
Hamdy R, Fletcher J, Williams BW |
| 218 - 223 |
A systematic method for the determination of the parameters of synchronous machines from the results of frequency response tests
Walton A |
| 224 - 230 |
Impact of dynamic cross-saturation on accuracy of saturated synchronous machine models
Levi E, Levi VA |
