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(Solved): The A-36 steel tool link is pinned connected as shown. Determine buckling load \( P_{c r} \) about ...










The A-36 steel tool link is pinned connected as shown. Determine buckling load \( P_{c r} \) about each axis and the yield lo
The A-36 steel tool link is pinned connected as shown. Determine buckling load \( P_{c r} \) about each axis and the yield load \( P_{y} \). Based on these three results, determine the maximum allowable load \( \boldsymbol{P} \) the link can safely carry using \( F . S \). \( =1.75 \). (Note: When determining the buckling loads, calculate the moment of inertia for a given axis and use the effective length factor \( K \) that corresponds with that axis buckling in the \( P_{c r} \) equation.)


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Case-(1) Both ends are hinged Effective length (Le) = KL= 1 * 28 = 28 in Minimum moment of inertia = Imin = 0.6×(2)312= 0.4 inch4 For steel properties
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