The metallic hollow pipe shown in Figure Q2 is fixed at its lower end and free at its top end, and is under axial compression. The pipe has an external diameter D = 83 mm, an internal diameter d = 47 mm, and a length L = 7.96 m. The Young's Modulus of the metal used to manufacture the pipe is: E = 185.37 GPa. Use a safety factor S.F. = 2.11 in your calculations. Figure Q2 Calculate the safe load Psafe based on the application of Euler's Formula. Assume Euler's formula to be valid in this case and does not require verification. Use π = 3.14159 in your calculations if needed. Express your answer in the unit: Newton (N). Report your answer to 2 decimal places.
The metallic hollow pipe shown in Figure Q2 is fixed at its lower end and free at its top end, and is under axial compression. The pipe has an external diameter D = 83 mm, an internal diameter d = 47 mm, and a length L = 7.96 m. The Young's Modulus of the metal used to manufacture the pipe is: E = 185.37 GPa. Use a safety factor S.F. = 2.11 in your calculations. Figure Q2 Calculate the safe load Psafe based on the application of Euler's Formula. Assume Euler's formula to be valid in this case and does not require verification. Use π = 3.14159 in your calculations if needed. Express your answer in the unit: Newton (N). Report your answer to 2 decimal places.
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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The metallic hollow pipe shown in Figure Q2 is fixed at its lower end and free at its top end, and is under axial compression. The pipe has an external diameter D = 83 mm, an internal diameter d = 47 mm, and a length L = 7.96 m. The Young's Modulus of the metal used to manufacture the pipe is: E = 185.37 GPa. Use a safety factor S.F. = 2.11 in your calculations.
Figure Q2
Calculate the safe load Psafe based on the application of Euler's Formula. Assume Euler's formula to be valid in this case and does not require verification.
Use π = 3.14159 in your calculations if needed.
Express your answer in the unit: Newton (N).
Report your answer to 2 decimal places.
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