Driveshaft Material Stress Calculation
Posted: Thu Mar 31, 2005 4:47 am
I am back on my hobby horse again.
I need the aid of a mechanical engineering type.
I would like to know how much torsional stress our driveshaft would experience coming from an engine with say a maximum of 300 flywheel horsepower.
Knowing this figure, we would then need to find a tube material as light as possible that would also be capable of maintaining form if the same forces were applied.
Once we had this type of data, we could then commence to experiment with different drive couplings and see which type worked the best at eliminating the donuts.
It would also be handy to know what maximum rotational speeds CV joints can handle?
Apart from Kevlar, what other materials would be suitable based upon the actual calculations?
I should have paid more attention in my maths classes instead of perving on the teachers boobs. Maybe I would know the answer by now.
Any takers?
I need the aid of a mechanical engineering type.
I would like to know how much torsional stress our driveshaft would experience coming from an engine with say a maximum of 300 flywheel horsepower.
Knowing this figure, we would then need to find a tube material as light as possible that would also be capable of maintaining form if the same forces were applied.
Once we had this type of data, we could then commence to experiment with different drive couplings and see which type worked the best at eliminating the donuts.
It would also be handy to know what maximum rotational speeds CV joints can handle?
Apart from Kevlar, what other materials would be suitable based upon the actual calculations?
I should have paid more attention in my maths classes instead of perving on the teachers boobs. Maybe I would know the answer by now.
Any takers?