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3. Consider a cylinder with an outer Diameter, D = 4 m that is under a pressure p = 200 kPa and twisted with a Torque T = 1350 kNm as shown below. у. A Diameter, D = 4 m Thickness, t = 0.14 m T 1350 kNm Internal pressure p = 200 kPa a. Find the stresses on element A oriented as shown and sketch the element. Clearly label the coordinate axes and show the magnitude and direction of the stresses. b. Find the principal stresses using Mohr's circle

3. Consider a cylinder with an outer Diameter, D = 4 m that is under a pressure p = 200 kPa and twisted with a Torque T = 1350 kNm as shown below. у. A Diameter, D = 4 m Thickness, t = 0.14 m T 1350 kNm Internal pressure p = 200 kPa a. Find the stresses on element A oriented as shown and sketch the element. Clearly label the coordinate axes and show the magnitude and direction of the stresses. b. Find the principal stresses using Mohr's circle

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
Problem 1.1MA
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3. Consider a cylinder with an outer Diameter, D = 4 m that is under a pressure p = 200 kPa and twisted with a Torque T = 1350 kNm as shown below. y ₁ A a. Diameter, D = 4m Thickness, t = 0.14 m T 1350 kNm Internal pressure p = 200 kPa Find the stresses on element A oriented as shown and sketch the element. Clearly label the coordinate axes and show the magnitude and direction of the stresses. b. Find the principal stresses using Mohr's circle
Transcribed Image Text:3. Consider a cylinder with an outer Diameter, D = 4 m that is under a pressure p = 200 kPa and twisted with a Torque T = 1350 kNm as shown below. y ₁ A a. Diameter, D = 4m Thickness, t = 0.14 m T 1350 kNm Internal pressure p = 200 kPa Find the stresses on element A oriented as shown and sketch the element. Clearly label the coordinate axes and show the magnitude and direction of the stresses. b. Find the principal stresses using Mohr's circle
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