A cylindrical pipe with diameter d = 1.0 m is subject to internal pressure p = 5.0 MPa but it is free to expand along the length, so that only hoop stress o = pd/2t is developed in the wall. a. what is the optimum orientation for the fibers?, and why? b. what is the required wall thickness and material type that yields the minimum thickness?

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A cylindrical pipe with diameter d = 1.0 m is subject to internal pressure p = 5.0 MPa but it is free to expand along the length, so that only hoop stress o = pd/2t is developed in the wall.

a. what is the optimum orientation for the fibers?, and why?

b. what is the required wall thickness and material type that yields the minimum thickness?

Problem 1.1 A cylindrical pipe with diameter d = 1.0 m is subject to internal pressure
p=5.0 MPa but it is free to expand along the length, so that only hoop stress o = pd/2t is
developed in the wall.
(a) What is the optimum orientation for the fibers?, and why?
(b) What is the required wall thickness and material type that yields the minimum thickness?
Transcribed Image Text:Problem 1.1 A cylindrical pipe with diameter d = 1.0 m is subject to internal pressure p=5.0 MPa but it is free to expand along the length, so that only hoop stress o = pd/2t is developed in the wall. (a) What is the optimum orientation for the fibers?, and why? (b) What is the required wall thickness and material type that yields the minimum thickness?
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