As seen, the weight that the beam can carry in tension is considerably lesser than that which can be carried under compression. Hence, the limit in tension is reached faster. Therefore, considering the smaller load W=34354099.12N as the load that can be carried by the beam as its maximum capacity.

Question1: For the beam shown the maximum bending moment is 6kN-m and maximum shear force is 6 kN, determine a) The neutral axis. b) Area moment of inertia Izz. c) The maximum tensile and compressive bending stress. d) Shear stress where the flange and web of T beam meet. e) Maximum shear stress. 10 mm 6kN 1 kN/m ---- A 30 mm 10 mm 1moto 3 m 30 mm