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Thin tube (20 mm inside diameter, 1 mm wall thickness and 100 mm long) is subjected to an internal pressure of 10 MPa as shown in Figure 1. If the uniaxial creep behaviour of the material is described by Equation (1), determine the increase in the diameter and length of the cylinder after 10 h. (Neglect end effects). E = 2.5x10 1oʻr4 (1) D P. Figure 1

Thin tube (20 mm inside diameter, 1 mm wall thickness and 100 mm long) is subjected to an internal pressure of 10 MPa as shown in Figure 1. If the uniaxial creep behaviour of the material is described by Equation (1), determine the increase in the diameter and length of the cylinder after 10 h. (Neglect end effects). E = 2.5x10 1oʻr4 (1) D P. Figure 1

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Thin tube (20 mm inside diameter, 1 mm wall thickness and 100 mm long) is subjected to an internal pressure of 10 MPa as shown in Figure 1. If the uniaxial creep behaviour of the material is described by Equation (1), determine the increase in the diameter and length of the cylinder after 10th. (Neglect end effects). E = 2.5x10 16o°r°4 . (1) D. Figure 1
Transcribed Image Text:Thin tube (20 mm inside diameter, 1 mm wall thickness and 100 mm long) is subjected to an internal pressure of 10 MPa as shown in Figure 1. If the uniaxial creep behaviour of the material is described by Equation (1), determine the increase in the diameter and length of the cylinder after 10th. (Neglect end effects). E = 2.5x10 16o°r°4 . (1) D. Figure 1
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