As shown in the given figure, a rubber conical cut piece with 0.3 of Poisson's ratio and 100 MPa of Elasticity Modulus i

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answerhappygod
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As shown in the given figure, a rubber conical cut piece with 0.3 of Poisson's ratio and 100 MPa of Elasticity Modulus i

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As Shown In The Given Figure A Rubber Conical Cut Piece With 0 3 Of Poisson S Ratio And 100 Mpa Of Elasticity Modulus I 1
As Shown In The Given Figure A Rubber Conical Cut Piece With 0 3 Of Poisson S Ratio And 100 Mpa Of Elasticity Modulus I 1 (829.14 KiB) Viewed 32 times
As shown in the given figure, a rubber conical cut piece with 0.3 of Poisson's ratio and 100 MPa of Elasticity Modulus is compressed in a steel rigid block by applying a pressure q on its top port. If the pressure (q') generated between the rubber and the steel block is 5 MPa less than the one applied at the top port, determine this pressure q, and calculate the vertical strain. Neglect the friction between the rubber and the steel. 75⁰
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