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When a steel rod below is subjected to torque (T = 1 kN · m) and bending moment (M = 4 kN m) simultaneously, calculate equivalent stresses using Tresca's theory and Von-Mises' theory 2. D= M M 50mm

When a steel rod below is subjected to torque (T = 1 kN · m) and bending moment (M = 4 kN m) simultaneously, calculate equivalent stresses using Tresca's theory and Von-Mises' theory 2. D= M M 50mm

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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When a steel rod below is subjected to torque (T = 1 kN · m) and bending moment (M = 4 kN · m) simultaneously, calculate equivalent stresses using Tresca's theory and Von-Mises' theory 2. M M 50mm
Transcribed Image Text:When a steel rod below is subjected to torque (T = 1 kN · m) and bending moment (M = 4 kN · m) simultaneously, calculate equivalent stresses using Tresca's theory and Von-Mises' theory 2. M M 50mm
Expert Solution
Step 1

Given data:

  • The magnitude of torque is T = 1 kN.m.
  • The magnitude of the bending moment is M = 4 kN.m.
  • The diameter of the shaft is d = 50 mm.
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