Question 2)) In this figure .A 50mm diameter agitator propeller shaft of is utilized to drive a rotor blade in a mixer. As a consequences, the shaft is suffered a compressive load of P =125KN and a torque of T=2.4KN.m. find the principle stresses and maximum shear stress. Check if it is safe to use basing on Tresca failure criterion. The yield stress of the shaft is 480MPA -T

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Question 2))
In this figure .A 50mm diameter agitator propeller
shaft of is utilized to drive a rotor blade in a
mixer. As a consequences, the shaft is suffered a
compressive load of P =125KN and a torque of
T=2.4KN.m. find the principle stresses and
maximum shear stress. Check if it is safe to use
basing on Tresca failure criterion. The yield
stress of the shaft is 48OMPA
Transcribed Image Text:Question 2)) In this figure .A 50mm diameter agitator propeller shaft of is utilized to drive a rotor blade in a mixer. As a consequences, the shaft is suffered a compressive load of P =125KN and a torque of T=2.4KN.m. find the principle stresses and maximum shear stress. Check if it is safe to use basing on Tresca failure criterion. The yield stress of the shaft is 48OMPA
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