The aim of this study was to investigate hybrid fibre reinforced concrete containing natural
Bamboo and basalt fibres and forecasting the effect of these fibres on Mechanical …

The increasing waste of plastic masses raises the danger alarm due to its adverse impacts
on people and the natural environment. Hence, serious attempts should be made to manage …

This experimental study intended to compare the effect of hybrid fiber between carbon fiber
(CF), basalt fiber (BF), and steel fiber (SF) on the torsional behavior of reinforced concrete …

Pre-cracking fiber-reinforced concrete (FRC) is the most challenging aspect of determining
the fracture toughness of such materials. In this paper, a matrix-crack (MC) approach …

In the present study, the test analyzed the effect of calcium carbonate whisker powder on the
properties of hybrid fiber concrete incorporated with basalt and mesh polypropylene fibers …

Economic and environmentally friendly polypropylene (PP) fibre and polyvinyl alcohol (PVA)
fibre were found to be beneficial to the strength of recycled coarse aggregate concrete …

Numerous studies have indicated that the incorporation of chopped fibres can significantly
improve the mechanical properties and durability of concrete. To further explore the effect of …

This paper presents an experimental study and nonlinear finite element analysis (NLFEA)
using the FE ANSYS© code modelling the composite effect of stirrups and steel fibres on the …

Unfortunately, most of the previous work studying the fracture toughness of fibrous
composites has deliberately ignored bridging the fiber onto the pre-crack/notch surfaces by …

This study investigates the damage process and crack propagation of functionally graded
ultra-high-performance cementitious composite (FGUHPCC) with different layers (two and …