4) A rectangular prism (x=20 mm, y=25 mm and z=30 mm) is subjected to the compressive forces (F;=0, F,=110 kN and F,=50 kN). If the Poisson's ratio, v, and the Young's Modulus, E, are 0.3 and 105 GPa,...


4) A rectangular prism (x=20 mm, y=25 mm and z=30 mm) is subjected to the<br>compressive forces (F;=0, F,=110 kN and F,=50 kN). If the Poisson's ratio, v, and the Young's<br>Modulus, E, are 0.3 and 105 GPa, respectively; calculate final dimensions of the prism.<br>AZ<br>30 mm<br>y<br>20 mm<br>25 mm<br>

Extracted text: 4) A rectangular prism (x=20 mm, y=25 mm and z=30 mm) is subjected to the compressive forces (F;=0, F,=110 kN and F,=50 kN). If the Poisson's ratio, v, and the Young's Modulus, E, are 0.3 and 105 GPa, respectively; calculate final dimensions of the prism. AZ 30 mm y 20 mm 25 mm

Jun 11, 2022
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