A cube-shaped object with a side of 15 cm is placed on a rigid slab between...

      

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A cube-shaped object with a side of 15 cm is placed on a rigid slab between two rigid walls. A distributed load q acting on unit area from above acts on this object as shown in the figure. Calculate the load q that the object can carry and the singular force P equivalent to this load according to the following assumptions. a) Maximum normal stress, b) Maximum shear stress, c) Total strain energy, d) Deformation energy. (Gallowed=200 MPa, v = 0.3) 15 cm 15 cm q N .Z -15 cm y -15 cm X A cube-shaped object with a side of 15 cm is placed on a rigid slab between two rigid walls. A distributed load q acting on unit area from above acts on this object as shown in the figure. Calculate the load q that the object can carry and the singular force P equivalent to this load according to the following assumptions. a) Maximum normal stress, b) Maximum shear stress, c) Total strain energy, d) Deformation energy. (Gallowed=200 MPa, v = 0.3) 15 cm 15 cm q N .Z -15 cm y -15 cm X

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Key Considerations Object dimensions 15 cm side cube Material propert... View the full answer