Advance Induction Motor Model with Fault Development for Undergraduate Electric Machinery Course

Induction motors are essential components in numerous industrial applications, making it crucial for undergraduate electrical engineering students to develop a strong understanding of their operation, potential faults, and diagnostic techniques. This research introduces an advanced induction motor model specifically designed for educational purposes, focusing on the simulation and analysis of parallel misalignment faults. Developed using MATLAB and Simulink, the model provides a visual and interactive platform for students to explore the impact of misalignment on motor performance. Through interactive simulations, students can manipulate the degree of parallel misalignment and observe its effects on key parameters such as current, speed, and vibration, enhancing their understanding of fault characteristics and diagnostic methods. This model aims to provide a valuable tool for educators to enhance student engagement and comprehension of complex fault phenomena in electric machinery courses.