Situation X: A hollow cylindrical vessel 1.8 m high has an outside diameter of 450 mm and an insidediameter of 350 mm. The vessel is subjected to a compressive force of 1200kN throughout its length.Given E= 110GPa.42. Determine the compressive stress (MPa) in the cylinder.А. 24.5В. 7.5С. 19.1D. 12.643. Calculate the contraction of the vessel in mm.A. 0.425B. 0.364C. 0.313D. 0.52144. Calculate the compressive force (kN) if the strain is 0.0003 mm/mmA. 2073В. 2145С. 1952D. 1742

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Situation X:A hollow cylindrical vessel 1.8 m high has an outside diameter of 450 mm and an inside diameter of 350 mm. The vessel is subjected to a compressive force of 1200kN throughout its length. Given E = 110GP.. 42. Determine the compressive stress (MPa) in the cylinder. А. 24.5 В. 7.5 С. 19.1 D. 12.6 43. Calculate the contraction of the vessel in mm. A. 0.425 В. О.364 С. 0.313 D. 0.521 44. Calculate the compressive force (kN) if the strain is 0.0003 mm/mm A. 2073 В. 2145 С. 1952 D. 1742

Situation X:A hollow cylindrical vessel 1.8 m high has an outside diameter of 450 mm and an inside diameter of 350 mm. The vessel is subjected to a compressive force of 1200kN throughout its length. Given E = 110GP.. 42. Determine the compressive stress (MPa) in the cylinder. А. 24.5 В. 7.5 С. 19.1 D. 12.6 43. Calculate the contraction of the vessel in mm. A. 0.425 В. О.364 С. 0.313 D. 0.521 44. Calculate the compressive force (kN) if the strain is 0.0003 mm/mm A. 2073 В. 2145 С. 1952 D. 1742

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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