In this study, the flexural strengths of graded fiber-reinforced composite beams were
investigated. Mixtures reinforced with fiber (steel and macro-synthetic polypropylene …

Concrete is the most widely used construction material because of its specialty of being cast
into any desired shape. The main requirements of earthquake resistant structures are good …

This paper reports on the flexural response of lightweight high strength concrete
beams,(LWHSC) reinforced with different combinations of discrete, discontinuous and …

Flexural behavior of reinforced concrete (RC) beams having various layers of conventional
concrete (CC) and steel fiber reinforced concrete (SFRC) were investigated in this study …

The effects of hooked end steel and polypropylene (PP) fibers on the behavior of large-scale
doubly reinforced concrete beams under flexure were investigated using experimental and …

Due to the low density of lightweight concrete, work has been done in this research to
develop it by adding fibers of more than one type to improve its properties. Basic tests were …

With all the known solid advantages of concrete, it has also limitations in its mechanical
properties, such as low ductility, tensile strength and energy absorption capacity/toughness …

The effect of inclusion of steel fibers on the flexural behavior of high-strength concrete
beams is investigated. Eight high-strength concrete beams with different fiber contents and …

Macro fibers could contribute to absorb energy through fiber sliding, which significantly
enhance the energy absorption capacity of concrete beams. In this research, the synergistic …

This study investigates the effects of adding different types of fibers to concrete mixes on the
shear behavior of double-span fiber-reinforced concrete beams with or without shear …