Calculating Clutch Power Transmission at Speed

AI Thread Summary
To calculate the power transmitted by a centrifugal clutch at a specific speed, one must first determine the torque using the frictional force, which incorporates the coefficient of friction. The formula for power can then be derived by multiplying the torque by the rotational speed in radians per second. The coefficient of friction is essential as it influences the frictional force that ultimately affects the torque calculation. Participants in the discussion suggest using established formulas for various clutch types, but focus remains on the centrifugal clutch scenario. Understanding these calculations is crucial for accurately determining clutch performance at given operational speeds.
daredvl
Messages
3
Reaction score
0
Hi
How do i calculate the power transmitted by a clutch at a particular speed with a coefficient of friction between the shoes and drum?
I can't find any reference in my textbook.:confused:

Cheers

Daredvl
 
Physics news on Phys.org
I can't say that I have any other references than those for disc or conical clutches. Do either of these meet your criteria?
 
I can add to Fred's offer of help with disc, conical, multi-plate and centrifugal clutches...
 
brewnog said:
I can add to Fred's offer of help with disc, conical, multi-plate and centrifugal clutches...

Thank you :-)

The problem involves a centrifugal clutch

The question is..

Determine the power transmittedby the clutchwhen speed of rotation is600rev/min. Co-efficient of friction is 0.3.

I have values for force and radius, i just don't know what formula to use or how to calculate the power :cry:

Cheers

Ian
 
Without having a book in front of me, I would venture that you calculate the torque that is transmitted due to the frictional force and then use the torque and speed to calculate the power.
 
Coef of friction

FredGarvin said:
Without having a book in front of me, I would venture that you calculate the torque that is transmitted due to the frictional force and then use the torque and speed to calculate the power.

Yes i thought that would be the way but, where does the coefficient of friction fit in?

Cheers

Ian
 
Back
Top