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Find the maximum transverse shear stress value. Find the maximum bending stress σb Find the maximum normal stress and the maximum shear stress developed in the shaft

Find the maximum transverse shear stress value. Find the maximum bending stress σb Find the maximum normal stress and the maximum shear stress developed in the shaft

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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  • Find the maximum transverse shear stress value.
  • Find the maximum bending stress σb
  • Find the maximum normal stress and the maximum shear stress developed in the shaft
B b C. a N.A. R. D. F 'P Perspective view 9 kN/m Side view %3D For the following cantilever beam has a length b = 6m and is made of a circular cross sectional with a radius R = 1m. If the beam is subjected to the following 3 %D loads: 1- Compression normal force F = 100KN. (see perspective view) 2- A load P = 200KN at the end of the lever with a length a = 3m. (see perspective view) 3- A triangular distributed load that starts at zero and goes up to 9KN/m. (see side view)
Transcribed Image Text:B b C. a N.A. R. D. F 'P Perspective view 9 kN/m Side view %3D For the following cantilever beam has a length b = 6m and is made of a circular cross sectional with a radius R = 1m. If the beam is subjected to the following 3 %D loads: 1- Compression normal force F = 100KN. (see perspective view) 2- A load P = 200KN at the end of the lever with a length a = 3m. (see perspective view) 3- A triangular distributed load that starts at zero and goes up to 9KN/m. (see side view)
Side view For the following cantilever beam has a length b = 6m and is made of a circular cross sectional with a radius R = 1m. If the beam is subjected to the following 3 %D loads: 1- Compression normal force F = 100KN. (see perspective view) 2- A load P = 200KN at the end of the lever with a %3D length a = 3m. (see perspective view) 3- A triangular distributed load that starts at zero and goes up to 9KN/m. (see side view) If the beam is made of material that has modules of elasticity E = 200GPA, shear modulus G = 77GPA, Poisson ration 0.3 = v, and a yielding stress of 600MPA.
Transcribed Image Text:Side view For the following cantilever beam has a length b = 6m and is made of a circular cross sectional with a radius R = 1m. If the beam is subjected to the following 3 %D loads: 1- Compression normal force F = 100KN. (see perspective view) 2- A load P = 200KN at the end of the lever with a %3D length a = 3m. (see perspective view) 3- A triangular distributed load that starts at zero and goes up to 9KN/m. (see side view) If the beam is made of material that has modules of elasticity E = 200GPA, shear modulus G = 77GPA, Poisson ration 0.3 = v, and a yielding stress of 600MPA.
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