The rapid growth of the wind energy industry has resulted in a significant increase in Wind
Turbine Blade (WTB) waste, posing challenges for recycling due to the composite materials …

This study addressed the issue of recycling waste plastic bottles as recycled plastic fiber
(RPF) into sustainable waste plastic fiber-reinforced concrete (WPFRC). Thus, the effects of …

Plastics have one of the highest rates of development due to its numerous uses, adaptability,
and comparatively low cost. Due to the short average lifespan of plastic items, there is a …

Cracked concrete is a problem due to several factors such as poor maintenance, insufficient
reinforcement, or steel corrosion leading to crack propagation. There is a need to increase …

Plastics play an indispensable role in modern society, yet their long-term durability poses
severe environmental challenges, with mismanaged waste polluting ecosystems worldwide …

Nowadays, the re-use and recycling of industrial wastes to reduce the environmental impact
and landfill problems are the main concerns of researchers. Plastics are one of the main …

Cracked concrete is a problem due to several factors such as poor maintenance, insufficient
reinforcement or steel corrosion leading to crack propagation. There is a need to increase …

Recent years included a proliferation of research efforts focused on fibre reinforced concrete
(FRC), an innovation that perceives extensive application in the construction industry. FRC's …

Concrete, a widely used construction material, faces limitations in tensile strength despite its
commendable compressive strength. However, alternatives like synthetic fibers have gained …

This study evaluates the impact of adding metalized plastic waste (MPW) fibers to
lightweight concrete that is used as a filler material in building slopes and bridge ramps. The …