An experimental study on the stainless-steel fiber reinforcement concrete with partial replacement of fly ash in concrete

Concrete reinforced with stainless steel fibres (SSFRC) is a composite material made of cement, aggregates, water, and stainless steel fibres. In comparison to conventional concrete, this kind of concrete offers improved mechanical qualities, such as greater tensile strength, ductility, and crack resistance. Concrete that has stainless steel fibres added to it has increased corrosion resistance and durability, making it appropriate for usage in severe situations. An overview of the characteristics and uses of SSFRC, as well as the production procedure and design factors to take into account, are given in this abstract. Due to its better mechanical qualities and durability, stainless steel fibre reinforced concrete (SSFRC) is a form of composite material that is being utilised in construction more frequently. SSFRC is created by incorporating stainless steel fibres into a cement-based mixture, making it significantly stronger and less prone to corrosion and cracking than conventional concrete. An overview of the characteristics of SSFRC, such as its high tensile strength, ductility, and resistance to chemical and physical harm, is given in this abstract. The production procedure for SSFRC is also covered in this abstract, along with the crucial design factors that need to be taken into account when employing this material in construction projects. SSFRC is a desirable solution for a variety of applications due to its adaptability and durability. Construction uses stainless steel fibre reinforced concrete (SSFRC), a composite material with high mechanical qualities and corrosion resistance. A material with higher tensile strength, ductility, and durability is created by adding stainless steel fibres to a concrete mixture. SSFRC is a dependable substitute for conventional concrete, particularly in locations subject to corrosive elements and inclement weather. An overview of SSFRC, including its features, production method, and uses, is provided in this abstract. The paper emphasises the design factors required to guarantee that SSFRC constructions fulfil the relevant performance standards. Finally, the article explores SSFRC’s potential applications in infrastructure projects and how they might affect the building sector.