Consider a composite shaft of steel and aluminium having length L and fixed at one of the ends as shown in figure. Steel t T 1.5 d The hollow shaft of steel has outer diameter as 1.5 d and inner diameter as d, while the solid shaft of aluminium has the diameter as d. If the composite shaft is subjected to torque, T then the torque resisted by steel shaft is_ (rounded off to one decimal place) of the applied torque. Assume modulus of rigidity of aluminium is one third of modulus of rigidity of steel. [Take Gst = 3 GAL]

Consider a composite shaft of steel and aluminium having length L and fixed at one of the ends as shown in figure. Steel t T 1.5 d The hollow shaft of steel has outer diameter as 1.5 d and inner diameter as d, while the solid shaft of aluminium has the diameter as d. If the composite shaft is subjected to torque, T then the torque resisted by steel shaft is_ (rounded off to one decimal place) of the applied torque. Assume modulus of rigidity of aluminium is one third of modulus of rigidity of steel. [Take Gst = 3 GAL]

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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Instruction: Use 3 decimal places.
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Could someone solve these two questions for me please? I have being trying for hours and i dont undestand them .I would really appriciate if u solve both and show the steps. thank you
With illustrations please and detailed Solution.
SOLVES STEP BY STEP, USE TABLE IF NECESSARY
Topic: COMBINED STRESS - STEEL DESIGN Please solve your Solution in a handwritten Note: It should be handwritten pleaseeee
Strength of material
The beam is subjected to a loading condition as shown in th figure. Determine the (a) maximum tensile stress and (b) maximum compressive stress with the givenm cross section. Show you complete solution and diagram.
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Consider a composite shaft of steel and aluminium having length L and fixed at one of the ends as shown in figure. Steel O Al 1.5 d t The hollow shaft of steel has outer diameter as 1.5 d and inner diameter as d, while the solid shaft of aluminium has the diameter as d. If the composite shaft is subjected to torque, T then the torque resisted by steel shaft is % (rounded off to one decimal place) of the applied torque. Assume modulus of rigidity of aluminium is one third of modulus of rigidity of steel. [Take G₁ = 3 GAL]