Switched Reluctance Machine - Globe Thesis

Keyword [Switched Reluctance Machine] Result: 21 - 40 \| Page: 2 of 3
21.	Research On The Position Estimation Of SRM Based On Few Flux-Linkage Characteristic Data
22.	Simulations And Experimental Analysis Of Double-sided Linear Switched Reluctance Machine
23.	Design Of Switching Power Source For A Low-voltage Switched Reluctance Machine Controller
24.	Research On Speed Control And Torque Ripple Reduction In Outer-rotor Switched Reluctance Motor
25.	Study On The Drive Technology Of Srm With Modular Converter Based On Limited Feedback
26.	Research On Iron Loss Analysis And Modeling Of Switched Reluctance Machine
27.	Research On The Reliability Assessment And Improvement Methods Of Switched Reluctance Machine System
28.	Analysis Of Vibration And Noise In Switched Reluctance Machine With Sinusoidal Unipolar Current Excitation
29.	Design And Analysis Of Single-Winding Bearingless Switched Reluctance Machine For Flywheel Batteries
30.	Research On Complimentary Force Allocation Control For A Dual-mover Linear Switched Reluctance Machine
31.	Novel motor drive design for a switched reluctance machine based electric vehicle propulsion system
32.	Vibration Analysis and Mitigation in Switched Reluctance Machine Drive
33.	Analysis of electromagnetic field in a switched reluctance machine from an energy conversion perspective
34.	Modeling and analysis of four quadrant sensorless control of a switched reluctance machine over the entire speed range
35.	Modeling of the short flux path mutually coupled switched reluctance machine
36.	Controlling a switched reluctance machine for A.C. generation
37.	Utility interface design and mutually coupled switched reluctance machine study for a wind generation system
38.	A study on analysis and control aspects of a doubly excited, double translator, linear switched reluctance machine
39.	Real-time switched reluctance machine emulation via magnetic equivalent circuits
40.	Electromagnetic Design And Analysis Of Dual Armature Winding Switched Reluctance Machine
<<First <Prev Next> Last>> Jump to