Beam Problem The beam is hinged supported at point ’a’ and supported by the bar at point ’c’. The cross section is presented in Fig.b. The load is a concentrated moment M at point ’b’ and the load intensity q between points ’c’ and ’d’. Both the bar and the beam are made of the same material of the Young modulus E. 1. Determine the minimum diameter D of the bar ’ce’ assuming the plastic limit Re and safety factor ns. 2. Find the translation of point ’d’. 3. Draw the plots of the shear forces T and bending moment M along the beam. 4. Calculate the maximum stress in the beam.
Beam Problem The beam is hinged supported at point ’a’ and supported by
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