In this paper a rigorous mathematical model describing the transient behavior of three phase reluctance motors under the effect of torsional dynamics is developed. Provisions are made to allow the analysis of both the three phase balanced mode of operation and the single phase mode of operation of such motors. The resulting state space equations are then solved numerically in order to yield the required transient response curves. The outcome of this study will help in devising techniques to deal with the dangerous consequences of the electromechanical resonance phenomenon that may arise.IEE
This paper presents a study of the steady state operation of three phase reluctance motor fed from a...
© 2016 IEEE.Although several papers investigating the transient performance of induction motors can ...
The paper presents dynamics simulation results for the three-module reluctance motor (Transverse Flu...
In this paper a rigorous mathematical model describing the transient behavior of three phase relucta...
The inherent advantages of three phase reluctance motors have called for their use in applications r...
The operation of three-phase reluctance motors when fed from a single-phase supply has been found po...
Recent studies have proved that the operation of three phase synchronous motors from a single phase ...
The paper reports an investigation of the synchronisation problem of three phase high performance re...
The series connected represents a peculiar mode of operation of three phase slip-ring induction moto...
The paper presents some problems arising during dynamic processes undergoing in three-phase inductio...
An analysis of the starting process of a three-phase reluctance motor when fed from a single-phase s...
This paper is concerned with the improvement of asynchronous torque characteristics of a solid rotor...
The paper presents the simulation results of the modular reluctance motor (Transverse Flux Motor) wi...
The paper deals with a single-phase reluctance motor used to test the motion equations of an electro...
The paper presents dynamics simulation results for the three-module reluctance motor (Transverse Flu...
This paper presents a study of the steady state operation of three phase reluctance motor fed from a...
© 2016 IEEE.Although several papers investigating the transient performance of induction motors can ...
The paper presents dynamics simulation results for the three-module reluctance motor (Transverse Flu...
In this paper a rigorous mathematical model describing the transient behavior of three phase relucta...
The inherent advantages of three phase reluctance motors have called for their use in applications r...
The operation of three-phase reluctance motors when fed from a single-phase supply has been found po...
Recent studies have proved that the operation of three phase synchronous motors from a single phase ...
The paper reports an investigation of the synchronisation problem of three phase high performance re...
The series connected represents a peculiar mode of operation of three phase slip-ring induction moto...
The paper presents some problems arising during dynamic processes undergoing in three-phase inductio...
An analysis of the starting process of a three-phase reluctance motor when fed from a single-phase s...
This paper is concerned with the improvement of asynchronous torque characteristics of a solid rotor...
The paper presents the simulation results of the modular reluctance motor (Transverse Flux Motor) wi...
The paper deals with a single-phase reluctance motor used to test the motion equations of an electro...
The paper presents dynamics simulation results for the three-module reluctance motor (Transverse Flu...
This paper presents a study of the steady state operation of three phase reluctance motor fed from a...
© 2016 IEEE.Although several papers investigating the transient performance of induction motors can ...
The paper presents dynamics simulation results for the three-module reluctance motor (Transverse Flu...