You are asked to design a cylindrical steel tank to hold 100,000 liters of benzene. Calculate the thickness in mm required for the following heights. You can assume Oiensile = 15,000 kPa. Design tensile strengths for different pressure vessels can be found in ASME Codes and Standards for pressure vessels. (ASME – American Association of Mechanical Engineers). %3D а. 8 m b. 6 m с. 4 m

You are asked to design a cylindrical steel tank to hold 100,000 liters of benzene. Calculate the thickness in mm required for the following heights. You can assume Oiensile = 15,000 kPa. Design tensile strengths for different pressure vessels can be found in ASME Codes and Standards for pressure vessels. (ASME – American Association of Mechanical Engineers). %3D а. 8 m b. 6 m с. 4 m

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Description: You are asked to design a cylindrical steel tank to hold 100,000 liters of benzene. Calculate thethickness in mm required for the following heights. You can assume Oiensile =Design tensile strengths for different pressure vessels can be found in ASM

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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You are asked to design a cylindrical steel tank to hold 100,000 liters of benzene. Calculate the
thickness in mm required for the following heights. You can assume Oiensile =
Design tensile strengths for different pressure vessels can be found in ASME Codes and
Standards for pressure vessels. (ASME – American Association of Mechanical Engineers).
15,000 kPa.
а. 8 m
b. 6 m
с. 4 m
d. What are the advantages of a taller and thinner tank?
e. What are the advantages of a shorter and wider tank?

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