The use of polymer and steel fibres in plain concrete appears to be an excellent solution for
limiting crack propagation and improving the post-ductility performance of concrete …

The effect of some important testing conditions including test specimen (SCB and ENDB),
fracture mode (I and II), loading rate (0.5, 1.0, and 5.0 mm/min), and temperature (− 5° C …

This research presents a study on the waste tyre steel (WTS) and rubber particles (RP)
added foam concrete using Taguchi method and Artificial neural networks (ANN) by …

This paper investigates for the first time the interfacial bond characteristics of polypropylene
fiber in blended hybrid steel-polypropylene fiber reinforced concrete, which contributes to …

The use of fiber-reinforced concrete in various industries is develo** due to the desired
mechanical properties, light weight of the structure, good energy absorption capacity, and …

Fiber reinforced concrete has gained significant attention due to its higher ductility and
flexural behavior, making it a promising material for resisting extreme loads such as those …

This paper presents experimental research on the damage characteristics of steel fiber
reinforced concrete slabs (SCS), steel fiber reinforced concrete slabs mixed with fly ash …

Engineered cementitious composites (ECC) are an ultra-ductile cement-based composite
material reinforced with short randomly distributed fibers. It differs from fiber reinforced …

Fiber-reinforced concrete (FRC) is a new composite material composed of various fibers and
a cement matrix that has been widely used and developed in the construction engineering …

Steel and glass fibres are commonly used to reinforce concrete for improved toughness,
durability, and peak post-cracking response. Comprehension of the flexural and cracking …