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(Solved): A pressurized, closed-end cylinder (hollow) is mounted as a cantilever beam, and is subject to a fo ...



A pressurized, closed-end cylinder (hollow) is mounted as a cantilever beam, and is subject to a force \( \mathrm{F} \) and a
A pressurized, closed-end cylinder (hollow) is mounted as a cantilever beam, and is subject to a force and a torque as shown. The cylinder has a length , diameter , and wall thickness . The pressure , force , and torque -in. Find stresses caused by each of these loads at point (which is a point in the center of an element residing at the top of the cylinder, as shown). Draw the 2D stress element of with labeled normal and shear stresses. Find the maximum principle stress at point A. Draw the principle stress element as it is oriented relative to the axis of the cylinder.


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