A 20-in diameter flat belt pulley receives 25 hp at 500 rpm. This power is transferred to a straight toothed 20-deg pres
Posted: Mon May 09, 2022 9:44 am
Looking for diameter of the shaft from Max Distortion Energy
Theory. There are similar questions posted on answers, those answers
do not apply to this problem.
A 20-in diameter flat belt pulley receives 25 hp at 500 rpm. This power is transferred to a straight toothed 20-deg pressure angle spur gear with a pitch diameter of 10-in. The pulley weighs 250 lbs and the gear 150 lbs. The loads are steady and both gear and pulley are fixed to the shaft by a profile key. The mechanical system is part of a pump drive in an ammonia plant. 30 T2 -1 3 Fev FoH 50° 189
II) Using the material choice from part(I), Determine the shaft diameter based on the Maximum Distortional Energy Theory of Failure.
Theory. There are similar questions posted on answers, those answers
do not apply to this problem.
A 20-in diameter flat belt pulley receives 25 hp at 500 rpm. This power is transferred to a straight toothed 20-deg pressure angle spur gear with a pitch diameter of 10-in. The pulley weighs 250 lbs and the gear 150 lbs. The loads are steady and both gear and pulley are fixed to the shaft by a profile key. The mechanical system is part of a pump drive in an ammonia plant. 30 T2 -1 3 Fev FoH 50° 189
II) Using the material choice from part(I), Determine the shaft diameter based on the Maximum Distortional Energy Theory of Failure.