. The hanger assembly shown supports a 4500-kg pipe. The working stresses for each of the hanger assembly components are as follows: Tensile Stress in the Hanger Rod ≤ 140 MPa Shearing Stress in the bolt ≤80 MPa Bearing Stress between the bolt & the Bottom Strap ≤ 120 MPa Calculate the following: a. Required diameter of the hanger b. Required diameter of the bolt
. The hanger assembly shown supports a 4500-kg pipe. The working stresses for each of the hanger assembly components are as follows: Tensile Stress in the Hanger Rod ≤ 140 MPa Shearing Stress in the bolt ≤80 MPa Bearing Stress between the bolt & the Bottom Strap ≤ 120 MPa Calculate the following: a. Required diameter of the hanger b. Required diameter of the bolt
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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1. The hanger assembly shown supports a 4500-kg pipe. The working stresses for each of the hanger assembly components are as follows:
Tensile Stress in the Hanger Rod ≤ 140 MPa
Shearing Stress in the bolt ≤80 MPa
Bearing Stress between the bolt & the Bottom Strap ≤ 120 MPa
Calculate the following:
a. Required diameter of the hanger
b. Required diameter of the bolt

Transcribed Image Text:The hanger assembly shown supports a 4500-kg pipe. The working stresses for each of the hanger
assembly components are as follows:
Tensile Stress in the Hanger Rod < 140 MPa
Shearing Stress in the Bolt < 80 MPa
Bearing Stress between the Bolt & the Bottom Strap < 120 MPa
Calculate the following:
a) Required diameter of the hanger rod.
b) Required diameter of the bolt.
Hanger Rod
-Bolt
16-mm thick top yoke
Bottom Strap

Transcribed Image Text:Hanger Rod
-Bolt
16-mm thick top yoke
Bottom Strap
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