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The steel block shown in the figure below is subjected to a uniform pressure on all its faces. Knowing that the change in length of edge AB is -1.2×10^-3 in., determine: the change in length of the other two edges, the pressure p applied to the faces of the block

Question-Answer › Category: Strength of Materials › The steel block shown in the figure below is subjected to a uniform pressure on all its faces. Knowing that the change in length of edge AB is -1.2×10^-3 in., determine: the change in length of the other two edges, the pressure p applied to the faces of the block
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GME asked 11 months ago

The steel block shown in the figure below is subje
The steel block shown in the figure below is subjected to a uniform pressure on all its faces. Knowing that the change in length of edge AB is -1.2×10^-3 in., determine: the change in length of the other two edges, the pressure p applied to the faces of the block

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Mazurek Gravity answered 11 months ago

In the given problem, for multi-axial loading conditions given, we need to compute the chqnge in length of edges and pressure applied to the faces of the block. The complete step by step procedure for solution is provided below.
SoluHon data Vilven -3 in length of e dae AB, 8=1.2x 10 change s bunok modulus, E29K10 esi O.29 Poissons TaHo V = loading Fo(-1.2xIOin)6 490) -3 00 X10 Theretooe -6 ilin -300 XIO Ca) changs In length of othe tuso edges FOOT Edge BC, LBC Sy= EyxLec -Prerscne applied faces of to the the らloce E EX ½P Palersue 1-2 V = 24 x0 Psi) 300 x10 XIO Co.29) 2 KS 20 7 CANUAY)

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