How to Calculate Forces on Sun Wheels in a Planetary Gear System?

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Calculating forces on sun wheels in a planetary gear system involves understanding the relationships between the sun wheels and the planet wheel. The user initially faced a challenge with three equations and four unknowns but adjusted their approach by assuming symmetry, resulting in four equations. Despite this, they are not achieving correct results and seek further guidance or alternative methods. The discussion highlights the importance of verifying assumptions about force distribution across the gear teeth. Additional resources, such as the provided link to a technical article, may offer further insights into the calculations.
Gunter1977
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Hello everyone,

I hope somebody can assist me with this. I am working on a calculation for a planet gear with 4 sun wheels and 1 planet wheel. The aim is to determine the forces on the sun wheel. Initially, I have 3 equations and 4 unknowns. By making an assumption based on symmetry, I now have 4 equations. Unfortunately, I am not getting the correct results. Does anyone know where I can find more information on this or perhaps have a tip? Is my assumption correct regarding the average forces over the teeth? For more information see the attachement .

Thank you in advance.
 

Attachments

Engineering news on Phys.org
Hi

I'm thinking based on the assumption that the arms are symmetrical and the forces are equal on these arms, then I believe this could be the solution. There are probably more methods available, and I'd be glad to hear about them or any points for improvement, or if I'm entirely mistaken.

Thank you in advance
 

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