Add to ORKGThis paper looks at the effect of magnetic loading and electric loading on the design parameters of an induction motor and its performance. The study involves the u se of MATLAB to simulate 50kW, 3-phase, 415V, 50Hz, 6 poles induction machine. Based on the variation of the ma gnetic and electric loading of the machine, the var ious design values of the rotor and stator of the machine are s pecified. The performance index which includes stat or loss, rotor loss, cost, power factor, efficiency, and torque ar e also specified for squirrel cage induction motor (SCIM) Keyword: MATLAB, stator, rotor, magnetic loading, e lectric loading, SCIM
In this paper, some results from a simulation of three-phase squirrel-cage induction motor using COM...
In this paper, some results from a simulation of three-phase squirrel-cage induction motor using COM...
The traditional approach to modelling the AC induction motor revolves around the well-known equivale...
This paper looks at the effect of magnetic loading and electric loading on the design parameters of ...
© 2018 IEEE. Design optimization of induction machines uses computer aided design. These machines ar...
In order to find the final solution the design of electrical machines usually involves different st...
The basic design of induction motors has not changed in the last 40-50 years, with latest and good i...
If the rotor of an induction motor is not concentric with the stator then an electromagnetic force ...
This paper presents the application of MATLAB® Simulink as a useful tool for predicting the performa...
The theoretical part of the bechelors thesis examining the impact of the material of the magnetic ci...
In this study, two scenarios were evaluated: where the induction motor was controlled at a constan...
In order to improve the control strategies and in turn increase the efficiency of the system, it is ...
In the last few decades, the world of electric machine design, specifically induction machine design...
The efficiency of any device is a major problem today. The design and construction of high efficienc...
In this study, the most vital characteristic properties of induction motor, motor starting, maximum ...
In this paper, some results from a simulation of three-phase squirrel-cage induction motor using COM...
In this paper, some results from a simulation of three-phase squirrel-cage induction motor using COM...
The traditional approach to modelling the AC induction motor revolves around the well-known equivale...
This paper looks at the effect of magnetic loading and electric loading on the design parameters of ...
© 2018 IEEE. Design optimization of induction machines uses computer aided design. These machines ar...
In order to find the final solution the design of electrical machines usually involves different st...
The basic design of induction motors has not changed in the last 40-50 years, with latest and good i...
If the rotor of an induction motor is not concentric with the stator then an electromagnetic force ...
This paper presents the application of MATLAB® Simulink as a useful tool for predicting the performa...
The theoretical part of the bechelors thesis examining the impact of the material of the magnetic ci...
In this study, two scenarios were evaluated: where the induction motor was controlled at a constan...
In order to improve the control strategies and in turn increase the efficiency of the system, it is ...
In the last few decades, the world of electric machine design, specifically induction machine design...
The efficiency of any device is a major problem today. The design and construction of high efficienc...
In this study, the most vital characteristic properties of induction motor, motor starting, maximum ...
In this paper, some results from a simulation of three-phase squirrel-cage induction motor using COM...
In this paper, some results from a simulation of three-phase squirrel-cage induction motor using COM...
The traditional approach to modelling the AC induction motor revolves around the well-known equivale...