Two metal pieces each of size 125 m × 50 mm are glued together to form an inverted T-beam. If the maximum allowable stress both in tension and compression for web material is 200 MPa and that for flange material is 150 MPa then the magnitude of maximum sagging moment in kN-m that can be applied safely on the beam considering young's modulus Eweb=2×105MPa & Eflange=0.8×105MPa respectively is 51.04

Two metal pieces each of size 125 m × 50 mm are glued together to for

1.	Two metal pieces each of size 125 m × 50 mm are glued together to form an inverted T-beam. If the maximum allowable stress both in tension and compression for web material is 200 MPa and that for flange material is 150 MPa then the magnitude of maximum sagging moment in kN-m that can be applied safely on the beam considering young's modulus Eweb=2×105MPa & Eflange=0.8×105MPa respectively is 51.04
Answer» Two metal pieces each of size 125 m $\times$ 50 mm are glued together to form an inverted T-beam. If the maximum allowable stress both in tension and compression for web material is 200 MPa and that for flange material is 150 MPa then the magnitude of maximum sagging moment in kN-m that can be applied safely on the beam considering young's modulus $E_{w e b} = 2 \times 10^{5} M P a$ & $E_{f l a n g e} = 0.8 \times 10^{5} M P a$ respectively is 51.04