Strength Evaluation of Steel-Nylon Hybrid Fibre Reinforced Concrete

The mechanical properties evaluations of the reinforced concrete with vegetable fibers were obtained through the compressive strength test; Tensile strength in flexion; Tensile

From the test results, it can be observed that the steel fibre reinforced concrete beams exhibit increase in deflection with increase of fibre content at

Mechanical properties, namely, compressive strength, split tensile strength, lexural strength and lexural toughness were studied for high strength concrete reinforced 1 , up to

It can be concluded that, due to the suitable strength and mechanical properties of the waste steel wire reinforced lightweight concrete compared to the plain lightweight

The mechanical properties evaluations of the reinforced concrete with vegetable ibers were obtained through the compressive strength test; Tensile strength in lexion; Tensile

The purpose of this work is to present a three-dimensional beam element for the structural and thermal analysis of reinforced concrete, steel and composite steel and

As a conventional reinforced concrete, the ultimate shear strength of SFRC beams without web reinforcement is primarily influenced by: 1) the compressive strength of concrete, 2)

17 that the shear stress between the concrete core and steel tube at the points of steel yielding and initial peak is not influenced by the concrete compressive strength while