عنوان البحث | ملخص البحث | Research Abstract |
Operation of Modified Induction Motors as Stepping Motors
Comparison Between Different Rotor Types | | |
Design Consideration in Three phase stepping motors | | |
Three phase stepping motor:Effect of Added Rotor Excitation | | |
Salient Pole Steooing Motors: Experimental Comparitive Study | | |
Torque Production, Static and Dynamic Step Angle in an Induction Motor Modified as Stepping Motor | | |
Three Phase Variable Reluctance Stepping Motors with Double Stacked Solid Rotors | | |
A slotted Variable Reluctance Three Phase Linear Stepping Motor | | |
A complete Model for Transient Analysis of the Stepping Motor | | |
Two and Four Phases Permanent Magnet Stepping Motor: A comparative Study | | |
Possibility of using Car Alternator as a Three Phase Motor | | |
A drive Circuit of the Four Phases Stepping Motors using MOSFETs | | |
Two Phases Disc Switched Reluctance Motor | | |
Operation of a Car Alternator as a Three- Phase Traction Motor Using Microprocessor | | |
Excitation Current Improvement for a Two Phase Stepping Motor | | |
Dynamic Performance of a 3-phase Disc AC Motor Fed from a Single Phase Supply | | |
A Flexible Wave Rotor Reluctance Machines | | |
Compliant Core-Rotor Stepping Motors | | |
Zero Transfer Time/Stabilized Output Off Line UPS | | |
Rotating MMF of Mixed Pole Winding with Fictitious Saliency | | |
A five Phase Switched Reluctance Motor: part 1, Design and Performance | | |
A five Phase Switched Reluctance Motor: part 2, Power Converter and Switched Control | | |
Capacitor Controlled Self Excited Series Connected Synchronus Generator | | |
Diode Failure in Brushless Self Excited Synchronous Generators | | |
An Ideally Commutated Switched Reluctance Motor Drive | | |
Operation and Performance of the Universal Motor”,”A comparative Study | | |
An Integrated Five-Phase Switched Reluctance Motor Drive | | |
An Axially –Laminated High Performance Reluctance Generator | | |
Three-Phase Arch Switched Reluctance Motor | | |
Commutation Interaction on the Operation of a 12/8 Three Phase Switched Reluctance Motor | | |
Separately Excited Three-Phase Reluctance Generator | | |
An Adaptive Reluctance Motor Vector Control Scheme Based on a Load Angle Observer | | |
Dynamic Performance of a Three Phase Arch Switched Reluctance Motor | | |
Dynamic Performance of a Four Poles per Phase 12/8 Switched Reluctance Motor | | |
A Dual Stator Winding Mixed Pole Brushless Synchronous Generator " Design, Performance Analysis and Simulation | | |
A Comparison Between a Dual Stator Winding-Mixed Pole Brushless Synchronous Generator (DSW-MPBSG) with a Salient Pole and a Flux Barrier Rotors | | |
Design and Performance of 1.6 KVA Dual Stator Winding Reluctance Generator (DSWRG) Suitable for Wind Applications | | |
A New Brushless Constant Frequency Generator Suitable For Isolated Wind Farms, Experimental Study | | |
Design and analysis of a three-phase brushless flux switching generator for aircraft ground power units | | |
Design and Analysis of a Brushless Three Phase Flux Switching Generator for Aircraft Auxiliary Power Unit | | |
Design and Analysis of a Three Phase Flux Switching Generator for a Wind Power Generation | | |
Design and analysis of a three-phase brushless flux switching generator for aircraft ground power units | | |
Design and Analysis of a Brushless Three Phase Flux Switching Generator for Aircraft Auxiliary Power Unit | | |
Design and Analysis of a Three Phase Flux Switching Generator for a Wind Power Generation | | |
Design and Performance Evaluation of Axial Flux Switching Genrator For High Speed Applications | | |
Design and Performance Evaluation of an Axial Flux Switching Generator For a Wind Energy Convertion | | |
Aml G. Othman, Azza M. Lashine, and, M. M. El-Shanawany, “Design and Performance Evaluation of Axial Flux Switching Genrator For High Speed Applications,” Fourth International Conference (Tweleve Conference) of Sustainable Environmental De | Aml G. Othman, Azza M. Lashine, and, M. M. El-Shanawany, “Design and Performance Evaluation of Axial Flux Switching Genrator For High Speed Applications,” Fourth International Conference (Tweleve Conference) of Sustainable Environmental De | |
Aml G. Othman, Azza M. Lashine, and, M. M. El-Shanawany, “Design and Performance Evaluation of an Axial Flux Switching Generator For a Wind Energy Convertion” 22International Middle East Power System Conference (MEPCON), Assiut University | | Aml G. Othman, Azza M. Lashine, and, M. M. El-Shanawany, “Design and Performance Evaluation of an Axial Flux Switching Generator For a Wind Energy Convertion” 22International Middle East Power System Conference (MEPCON), Assiut University |