Abstract:

Planetary gear systems are extensively used for the power transmission and are the most critical component. Thus, Planetary gear systems are widely used in various mechanical and automotive applications due to their unique advantages, such as ability to achieve high reduction ratios, compactness, high torque transmissional capabilities and efficient power distribution. This project focuses on design and analysis of planetary gear used in the CNC bending machines. The design process involves selecting suitable gear arrangements, determining gear sizes and ratios, and optimizing the system for specific applications. Here, both modelling and analysis are performed in Fusion 360 software. And stresses and deflection are calculated theoretically and then these analytical results are validated by Finite Element Analysis at static condition by considering different materials for gears like structural steel and Aluminium A365 and results are compared

Description:

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