Fundamental Behaviour in Bending and Shear of Reinforced Concrete

Fibre reinforced concrete with crimped steel fibre of 25mm length with aspect ratio 50 yields better splitting tensile fibre reinforced concrete yield higher flexural strength

Shear Failure Mechanism of Reinforced Concrete Haunched Beam by using Steel Fibre and

In reinforced concrete beams with no shear reinforcement, the shear strength is provided by the aggregate interlocking, the shear stress in the beam compression zone, and the

The proposed model, aiming at evaluating the shear capacity of concrete beams reinforced with two differently-inclined series of stirrups, is based on the model derived in

The increase in volume causes tensile forces leading to cracks in concrete around steel reinforcement .Cracking & spalling of concrete depends upon concrete tensile

Although shear induced deformations are normally negligible at service load and thus ignored when assessing and checking the total deflection of reinforced concrete elements, they

The shear strength of reinforced concrete beams is related to the shear capacity of concrete, concrete compressive strength, tension reinforcement ratio, shear span

The SFRC beams with 1.0 and 2.0% in fiber content and without stirrups exhibited ultimate shear strength 51 and 68% greater than that of the plain concrete beam without