Nonlinear numerical analysis of nine reinforced concrete beams with dimensions (150 x 200
x 1200) width, height and length, respectively, was carried out through the finite element …

The flexural behaviours of reinforced concrete (RC) beams incorporating steel and
polypropylene fibres under four-point bending test is examined in this paper. A total of nine …

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 …

In the use of fibers reinforcement of composites has increased in the last several years. The
experimental investigation conducted on the use of polypropylene fibre of length 12mm …

In this paper, the optimum content of hybrid fiber (HF) has been found out, ie, steel (0.8%)
and polypropylene (0.1%) fibers experimentally; these results are simulated with finite …

The aim of this experimental investigation is to study the flexural behavior of Hybrid fiber
reinforced concrete beams (HFRC). In this study, by adding the fibers in normal concrete …

In recent years, plastic wastes represents one of the main threats to the environment.
However, the use plastic fibers in concrete could be a sustainable solution to the problem of …

Most commonly the reinforced concrete structures fail by exhibiting the flexural and shear
pattern of cracks. So in order to avoid this type of failure and to increase the life span of the …

Flexural behaviour of reinforced fibrous concrete beams was investigated in this research
study. Two types of metallic fibers were studied: amorphous metallic fibers (FibraFlex fibers) …

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 …