Mechanics-stresses on a t-section beam

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To determine the maximum uniformly distributed load on a T-section beam, first identify the neutral axis and calculate the Moment of Inertia about that axis. Given the stress limits of 150 N/mm² for compressive and 200 N/mm² for tensile, use these values to find the maximum allowable moment. The maximum uniform load can then be derived from the beam's span length and end conditions. Understanding these calculations is essential for solving the problem effectively.
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Homework Statement


Determine the maximum uniformly distributed load that the beam can carry if the compressive and tensile stresses are not to exceed 150 N/mm2 and 200 N/mm2 respectively.

There are no dimensions because the ones in the question are not consistent and so I don't know which are correct. I just want to know how I tackle this problem and what equations I need.

Thanks
 
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You need to find the neutral axis of the T-section and determine the Moment of Inertia of that section about the neutral axis, assuming you know the dimensions. Then you can find the max allowable moment and determine the max uniform load based on the beam's span length and end conditions.
 
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