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A 12 mm thick steel pipe with inside diameter of 600 mm conveys water under a head of 350 m. a. Calculate the tensile stress (in kN/m) in the pipe wall. b. Calculate the stress (kPa) in the pipe wall if the head is increased to 500 m of water. c. Calculate the required thickness (mm) under a head of 500 m if the allowable tensile stress of the pipe is 123 MPa and assuming that the joints are 75% efficient.

A 12 mm thick steel pipe with inside diameter of 600 mm conveys water under a head of 350 m. a. Calculate the tensile stress (in kN/m) in the pipe wall. b. Calculate the stress (kPa) in the pipe wall if the head is increased to 500 m of water. c. Calculate the required thickness (mm) under a head of 500 m if the allowable tensile stress of the pipe is 123 MPa and assuming that the joints are 75% efficient.

Structural Analysis
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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A 12 mm thick steel pipe with inside diameter of 600 mm conveys water under a head of 350 m. a. Calculate the tensile stress (in kN/m) in the pipe wall. b. Calculate the stress (kPa) in the pipe wall if the head is increased to 500 m of water. c. Calculate the required thickness (mm) under a head of 500 m if the allowable tensile stress of the pipe is 123 MPa and assuming that the joints are 75% efficient.
Transcribed Image Text:A 12 mm thick steel pipe with inside diameter of 600 mm conveys water under a head of 350 m. a. Calculate the tensile stress (in kN/m) in the pipe wall. b. Calculate the stress (kPa) in the pipe wall if the head is increased to 500 m of water. c. Calculate the required thickness (mm) under a head of 500 m if the allowable tensile stress of the pipe is 123 MPa and assuming that the joints are 75% efficient.
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