Challenge

Planetary Gear Motion Simulation using SOLIDWORKS

Objective: To simulate the motion of Planetary Gear using SOLIDWORKS

Procedure:

The Pitch circle diameter and number of teeth is measured for the planetary gear by inspecting the dimensions (No. of Teeth = 16, Pitch circle diameter = 40 mm)
The Sun gear, Planetary gears & Ring gear are imported from the SOLIDWORKS toolbox
The Planetary gear assembly is created
Using SOLIDWORKS motion analysis, Angular velocity is applied to the input gear and analysis of the angular velocity is done for the output gear

Parameters:

Sun gear: Module = 2.5, No. of Teeth = 14, Pitch circle diameter = 35 mm

Ring gear: Module = 2.5, No. of Teeth = 46, Pitch circle diameter = 115 mm

Carrier: Module = 2.5, No. of Teeth = 16, Pitch circle diameter = 40 mm

Assembly of the Planetary gear:

Case 1: Input is provided to the Sun gear and output analysis is done for the planetary gears

Input RPM: 200

Output: Angular velocity of the planetary gear

Case 2: Input is provided to the Ring gear and output analysis is done for the planetary gears

Input RPM: 200

Output: Angular velocity of the planetary gear

Case 3: Input is provided to the Sun gear and output analysis is done for the Ring gear

Input RPM: 200

Output: Angular velocity of the Ring gear

Ship work like this
in your own course.