Environmental problems such as the depletion of natural raw materials and the discarding of
solid and gaseous wastes into the atmosphere drive modern communities towards green …

Concrete is the most environmentally demanding construction material in use worldwide, so
evaluating the sustainability performance of concrete is therefore essential. Fiber-Reinforced …

In this study, the effect of different fiber-reinforcements was investigated on the mechanical
properties of normal strength and high strength concrete. Then using the mechanical …

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 incorporation of fibers significantly enhances the properties and structural performance
of recycled aggregate concrete. This study introduces Fiber-Reinforced Recycled Aggregate …

Highway pavements are very expensive infrastructures that consume very high amounts of
natural resources. Utilisation of recycled concrete aggregates (RCA) for highway pavement …

Use of recycled aggregate manufactured from waste concrete to produce new concrete
could reduce the use of natural gravel, and the quantity and area of landfills, which is …

Conventional plain concrete (PC) leads to large design thickness when used in applications
where high flexural strength is required. Therefore, to minimize the consumption of natural …

The use of plant fibers in cementitious composites has been gaining prominence with the
need for more sustainable construction materials. It occurs due to the advantages natural …

In this study, basalt fibre and nano-silica were used to reinforce recycled concrete, to
enhance the elevated temperature performance of the recycled concrete and expand its …