Analysis of Glass Fiber Reinforced Concrete

The most common building material utilized worldwide is concrete. These days, more difficult engineering constructions are being built all over the world. Concrete must therefore be extremely durable and workable. By adjusting the ratios of different fibers and admixtures, researchers worldwide are creating high-performance concrete. Concrete's tensile strength, fatigue characteristics, durability, shrinkage, impact, erosion resistance, and serviceability are all improved by a variety of fibers, including as glass, carbon, polypropylene, and aramid fibers. These qualities allow fiber reinforced concrete to be used in a variety of civil engineering applications. The history of GRC is briefly summarized before going over the essential elements of this complex compound. Features are analyzed, production methods are enumerated, and fracture mechanisms unique to GRC are explained. Glass fiber reinforced concrete, or GFRC, is a relatively recent advancement in concrete technology. The benefits of GFRC are its high compressive strength, flexural strength, and light weight. To improve long-term durability, glass fiber reinforced concrete that is resistant to alkali is also being developed. A review of the advantages that are currently available and being used by its customers is provided, along with a description of the wide variety of current GRC applications. Key Words: Glass fiber, compressive strength, flexural strength, alkali resistant.