Q. When the ground is horizontal, \(α=\frac{π}{2}\) in constant K. What will be the radial stress σᵣ due to vertical line load?

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Q. The radial stress component σᵣ due to inclined line load of intensity Q per unit length is given by ___________

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Q. When the ground is horizontal, \(α=\frac{π}{2}\) in constant K. What will be the radial stress σᵣ due to inclined line load at the horizontal ground surface?

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Q. For any position of point P subtending angle α with AB, the vertical stress is given by___________

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Q. For point P under the support A, the vertical stress is given by __________

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Q. For point P under the support B, the vertical stress is given by __________

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Q. For a linearly variable infinite load, for a point P, the vertical stress σz is _________

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Q. For a symmetrically distributed triangular load, under the centre of the triangular load, the vertical stress at any point at a depth z is given by ___________

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Q. For a symmetrically distributed triangular load, the shear stress τxz at any point at a depth z is given by ___________

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Q. For a triangular and uniformly distributed semi-infinite loads, the shear stress τxz in the plane xz is ___________

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Q. For a load intensity of q=20kN/m, find the shear stress τxz at a depth 5m from the given diagram.

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Q. For a triangular and uniformly distributed semi-infinite loads, the vertical stress σz is given by ___________

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Q. For a load intensity of q=20kN/m, find the vertical stress σz from the given diagram.

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Q. The force systems acting on an elastic body in equilibrium are _______

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Q. ___________ is an example of surface force.

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Q. Surfaces forces are applied _________

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Q. Dimensionally a surface force is defined as _____________

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Q. Body forces are _________

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Q. Dimensionally a body force is defined as _____________

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Q. The stress tensor is given by ___________

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