Please wait...
A RCC member of total width 250 mm and effective depth 450 mm is reinforced with Fe 415 bars. If there is a factored shear force of 200 kN and bending moment of 50 kN-m and there is compression confinement the maximum diameter of bars required considering anchorage as 400 mm is
Consider M20, τbd = 1.2 MPa (for Fe 415 bar)
A simply supported one-way slab of effective depth 400 mm is required to resist the ultimate moment of 37 kN-m/m, if 10 mm diameter main bar is used in the slab, the spacing of the main bar required will be?
The following assumptions are made considering the analysis of a two-way slab using the yield line method:
P) The reinforcement steel undergoes plastic deformation at failure along the yield line.
Q) The slab separates into segments and each segment behaves plastically.
R) The bending and twisting moment are uniformly distributed along a yield line.
Answered - 0
Un-answered - 6