Fiber-reinforced concrete (FRC) has received much attention in civil engineering in recent
years, mainly due to it improves the weak tensile strength and shrinkage cracks of concrete …

The complicated tunnelling conditions and variable engineering demands have made
numerous challenges of mesh-reinforced lining structures. Thereafter, the steel fiber …

To solve the key scientific problems such as low toughness and easy cracking of recycled
aggregate concrete (RAC), A new sustainable material (fiber-reinforced recycled aggregate …

The compressive behavior of plain concrete (PC) is more vulnerable to failure under applied
load compared to fiber reinforced concrete. Nowadays, multi scale hybrid fibers are used in …

Recycled aggregate concrete (RAC) is now getting much more attention than ever as a likely
substitute for natural aggregate concrete, credited to the growing interest of many countries …

Concrete has high brittleness along with low tensile strength and tensile strain capacities.
Such unsatisfactory performance can be improved with the addition of steel fibers in …

To investigate the hysteresis and damping properties of fiber-reinforced recycled aggregate
concrete (FRAC), a series of cyclic compressive tests of SF-reinforced natural aggregate …

The usage of mineral basalt fibers is a relatively novel and popular topic nowadays due to its
abundant availability, low cost, and higher temperature resistance. In addition, the …

Full-range constitutive curves for steel fiber reinforced concrete (SFRC) mixtures under both
uniaxial compression and uniaxial tension are generally unavailable in the literature. Two …

The concrete undergoes brittle failure, which is a disadvantage for stability and safety
analysis. This drawback was compensated by addition of different types and size of fibers for …