This paper deals with the steady and dynamic states analysis of induction motor using finite
element analysis (FEA) approach. The motor has aluminum rotor bars and is designed for …

This paper presents a fast simulation model for predicting the dynamic response of a motor-
pump system to startup event. The purpose is to analyze the effect of the impeller …

This paper is on predicting the stability behaviour of three horse-power induction motor
using eigenvalue method. MATLAB software is used for the study of the torque-slip …

The DC machines are the basic type of electric machines that are used for
electromechanical energy conversion (Vukosavic, 2013). They operate as generators and …

This paper deals the mathematical description of an asynchronous machine. Differential
equations are then used to create a dynamic model of asynchronous machine. For the …

Induction motors are the most indispensable and widely used electric motors in industry.
During start-up, loading and unloading operations, the asynchronous motor draws large …

Electrical equipment and supply cables demand a better quality of supply, with the recent
advancements in integrated sensitive solid‐state controls. Divergently, proliferated heavy …

In the power system operation, efficient energy utilization is vital. However, with the advent of
voltage unbalance, the system is faced with reduced efficiency in the process of energy …

Speed control of an induction motor driving a pump load using vector control technique with
proportional integral derivative controller, fuzzy logic controller and hybrid of proportional …

The paper focused on the three phase soft starter controller scheme for asynchronous
machine response to transients using MATLAB/SIMULINK. It was aimed at resolving the …