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Calculate the shear stress in the shaft using the information above. Calculate the angle of twist in the shaft.

Calculate the shear stress in the shaft using the information above. Calculate the angle of twist in the shaft.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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If you could assist on the below, the questions are below and the information is in the image attached, Thank you

  1. Calculate the shear stress in the shaft using the information above.
  2. Calculate the angle of twist in the shaft.
The diagram here shows the layshaft and pulleys in a pump system design to circulate the coolant form the tank. The initial design specifies a 50kW motor with a pulley arrangement to rotate the shaft at 250 RPM. This produces a torque at the drive pulley of 1910Nm, resulting in the motor torque and the pump resistance causing a torsion effect in the shaft between the two pulleys. 1910N The shaft is machined from a solid steel bar with an initial design diameter of 40mm. The shear stress in the shaft is to be limited to 120MPA (120N/mm?) and a Modulus of Rigidity of 75GPA. If the distance between the motor and pump pulleys is 840mm.
Transcribed Image Text:The diagram here shows the layshaft and pulleys in a pump system design to circulate the coolant form the tank. The initial design specifies a 50kW motor with a pulley arrangement to rotate the shaft at 250 RPM. This produces a torque at the drive pulley of 1910Nm, resulting in the motor torque and the pump resistance causing a torsion effect in the shaft between the two pulleys. 1910N The shaft is machined from a solid steel bar with an initial design diameter of 40mm. The shear stress in the shaft is to be limited to 120MPA (120N/mm?) and a Modulus of Rigidity of 75GPA. If the distance between the motor and pump pulleys is 840mm.
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