Drive System Torsional Vibration GUI Calculator

This paper introduces a MATLAB GUI application specifically designed for calculating drive system torsional vibrations. The program requires MATLAB version 7.0 or higher and utilizes symbolic computation algorithms to handle complex mathematical expressions analytically rather than numerically. The implementation leverages MATLAB's Symbolic Math Toolbox for deriving exact solutions to differential equations governing torsional vibrations. The application features an intuitive graphical interface with parameter input panels, visualization tools for vibration modes, and result export capabilities. Users can conveniently perform torsional vibration calculations and analysis for various transmission system configurations through interactive controls and real-time plotting functions. With its user-friendly design and robust computational engine, this program serves as an effective tool for both academic research and engineering applications, helping users better understand and resolve torsional vibration-related challenges in drive systems. Experience the convenience and power of this specialized tool for your vibration analysis needs!