Planetary Gear Trains

This project involves the implementation of concise and straightforward MATLAB code to calculate the rotational velocities of gears within a planetary gear train. The code utilizes input parameters such as the number of teeth on the gears, as well as the rotational speeds of the sun gear and arm, to perform the calculations.

By leveraging this MATLAB code, you can quickly determine the rotational velocities of the gears within the planetary gear train. This information provides insights into the interplay of the gears and their corresponding speeds, facilitating a better understanding of the system's behavior. The code simplifies the calculation process, enabling efficient analysis and evaluation of various gear train configurations.

Overall, this project showcases the power of MATLAB in performing gear train calculations, allowing for streamlined analysis and assessment of rotational velocities in planetary gear systems.