Analysis on accuracy of rotor?locked transient?response?based vibration model for switched reluctance machines

Vibration Analysis of Tapered Pole Linear Switched Reluctance Machine

A Comparative Study on Modeling Methods for Switched Reluctance Machines

Switched reluctance motor (SRM) has many specific advantages and has being gradually used in all kinds of applications. However, because it’s inherently multivariable, strong-coupling and highly nonlinear, there are lots of difficulties to build its model. In this paper, many modeling methods include numerical, analytical and intelligent approaches are studied and compared in terms of complexit...

Vibration analysis and control in linear switched reluctance motor

Vibration is one of the major drawbacks of Linear Switched Reluctance Motor (LSRM). Two design techniques to reduce vibration in the LSRM are proposed. A detailed mathematical approach for calculating natural frequency has been outlined. Different techniques to predict the vibration frequencies are analyzed using ANSYS software. The analyzed structures are compared by using experimental and sim...

Voltage control of switched reluctance machines for Hybrid Electric Vehicles

The rugged low-cost construction and constant power profile of a switched reluctance motor (SRM) make it suitable for hybrid electric vehicles (HEVs). This paper describes the development of a voltage-based control strategy for a SRM. The controller design is influenced by project constraints and goals as well as the use of a new power topology. A prototype SRM and controller were built and ful...

Comments on Switched Reluctance Machine Mathematical Model

In the paper the main analytical models of the switched reluctance (SR) machine are presented, based on geometry data, magnetic equivalent circuits and finite element (FEM) analysis results. In each case a representative example is given and finally the advantages and the weak points of each type of model are evinced.