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For an office room of 16′ x 16′, four columns are placed at the four corners. Load carried by each column is 400 kips. Considering the column loads as point loads, assess the vertical stress at the center of room at a depth of 10′ below columns. Use any appropriate method.
For an office room of 16' x 16', four columns are placed at the four corners. Load carried by each column is 400 kips. Considering the column loads as point loads, assess the vertical stress at the center of room at ...

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Surface of a granular soil mass is inclined at 25° to the horizontal. The soil is saturated throughout with a moisture content of 15.8 percent, particle specific gravity of 2.65 and a friction angle of 38°. At the depth of ...

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Consider the heaving motion of a 500 ft ship traveling at 15 knots at a heading of μ = 160°. For a sea state with a significant wave height of 5 m and a modal period of 10.8 sec, the variance of the heave motion was 1.33 m, the variance of the heave velocity was 0.581 m2 /sec2, and the variance of the heave acceleration was 0.293 m2 /sec4. Find the significant heaving magnitude and the probability of the heaving motion exceeding 2.8 m.
Consider the heaving motion of a 500 ft ship traveling at 15 knots at a heading of μ = 160°. For a sea state with a significant wave height of 5 m and a modal period of 10.8 sec, the ...

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(1) Determine the equations for slope and deflection of the beam shown by the direct integration method (EI-constant). Also, determine the slope and deflection and point C of the beam. (15pts) L/2
1) Determine the equations for slope and deflection of the beam shown by the direct integration method (EI-constant). Also, determine the slope and deflection and point C of the beam. (15pts) L/2

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