A thin cylinder of 200-mm inside diameter is 5-mm thick. The endsof the cylinder are closed by rigid plates and then it is filled with waterunder pressure. If an external axial pull of 50 kN is applied to theends, the water pressure fals by 0.12 MPa. Detemine the vahue ofthe Poisson's ratio. K = 2100 MPa and E = 150 GPa.3%3D

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Description: A thin cylinder of 200-mm inside diameter is 5-mm thick. The endsof the cylinder are closed by rigid plates and then it is filled with waterunder pressure. If an external axial pull of 50 kN is applied to theends, the water pressure fals by 0.12 MPa

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A thin cylinder of 200-mm inside diameter is 5-mm thick. The ends of the cylinder are closed by rigid plates and then it is filled with water under pressure. If an extemal axial pull of 50 kN is applied to the ends, the water pressure falls by 0.12 MPa. Determine the vahue of the Poisson's ratio. K = 2100 MPa and E = 150 GPa.

A thin cylinder of 200-mm inside diameter is 5-mm thick. The ends of the cylinder are closed by rigid plates and then it is filled with water under pressure. If an extemal axial pull of 50 kN is applied to the ends, the water pressure falls by 0.12 MPa. Determine the vahue of the Poisson's ratio. K = 2100 MPa and E = 150 GPa.

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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