Situation 5: A solid shaft is partially inserted in a hollow shaft where it snuggly fits and is rigidly attached on the wall of the hollow shaft. Soe shat SECTION VIEW Halow sht Embedment Consider the following Torque, T=9 KN-m A What is the stress (MPa) of the hollow shaft at section A? Properties of the holow shaft Length =4m Outer diameter = 80 mm Inner diameter = 40 mm Shear modulus = 96 GPa B. What is the stress (MPa) of the solid shaft at section C? C. What is the stress (MPa) of the hollow shaft at section B? D What is the stress (MPa) of the solid shaft at section 8? E. What is the angle of twist (rad) of the entire assembly? Properties of the solid shaft: Length = 25 m Shear modulus 112 GPa Length of embedment 0.5 m
Situation 5: A solid shaft is partially inserted in a hollow shaft where it snuggly fits and is rigidly attached on the wall of the hollow shaft. Soe shat SECTION VIEW Halow sht Embedment Consider the following Torque, T=9 KN-m A What is the stress (MPa) of the hollow shaft at section A? Properties of the holow shaft Length =4m Outer diameter = 80 mm Inner diameter = 40 mm Shear modulus = 96 GPa B. What is the stress (MPa) of the solid shaft at section C? C. What is the stress (MPa) of the hollow shaft at section B? D What is the stress (MPa) of the solid shaft at section 8? E. What is the angle of twist (rad) of the entire assembly? Properties of the solid shaft: Length = 25 m Shear modulus 112 GPa Length of embedment 0.5 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Please answer letter D and E. I already posted this question and I only need the answer for D and E. Thank you

Transcribed Image Text:Situation 5: A solid shaft is partially inserted in a hollow shaft where it snuggly fits and is rigidly attached on the wall of the
hollow shaft.
Solid shat
SECTION VIEW
Hollow sht
Embedment
Consider the following
Torque, T9 kN-m
A What is the stress (MPa) of the hollow shaft at section A?
Properties of the hollow shaft:
Length =4 m
Outer diameter = 80 mm
Inner diameter = 40 mm
Shear modulus = 96 GPa
B. What is the stress (MPa) of the solid shaft at section C?
C. What is the stress (MPa) of the hollow shaft at section B?
D. What is the stress (MPa) of the solid shaft at section B?
E. What is the angle of twist (rad) of the entire assembly?
Properties of the solid shaft:
Length = 2.5 m
Shear modulus 112 GPa
Length of embedment = 0.5 m
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