50 Essential MATLAB Motor Simulation Examples with Comprehensive Code Implementation

This resource presents 50 comprehensive MATLAB motor simulation examples with full source code implementations. The collection covers three major motor types: synchronous motors (implementing d-q axis transformations and excitation control algorithms), asynchronous motors (featuring slip-frequency calculations and vector control implementations), and DC motors (including armature control and field weakening strategies). Each simulation provides in-depth analysis of motor behavior under various operating conditions, examining dynamic interactions between motors and their control systems. The implementations incorporate sophisticated visualization modules using MATLAB's plotting functions to display torque-speed characteristics, current waveforms, and efficiency maps. These simulations serve as valuable educational and research tools for both students and professionals, offering modular code structures that can be easily customized for specific application scenarios. The codebase includes configuration files for parameter adjustment, initialization scripts for simulation setup, and post-processing functions for performance analysis, making it particularly suitable for engineers developing motor control algorithms and researchers studying electromechanical system dynamics.