Flexural performance of Textile Reinforced Slabs Subjected to Point Load

Abstract

Textile Reinforced Concrete (TRC), type of composite material that combines concrete with high-strength fibre reinforcements like carbon, AR-glass, or basalt fibers. It surpasses traditional steel-reinforced concrete in terms of tensile strength, flexibility, and durability. TRC addresses issues like corrosion and rigidity associated with steel reinforcement, making it ideal for thinner and lighter structural elements. Its unique properties make it suitable for various construction sectors, including load-bearing components, architectural facades, and rehabilitation. TRC supports sustainable construction practices by reducing material usage and enhancing built environment longevity.

It combines the benefits of traditional concrete with strength and flexibility of textile reinforcements. It is composed of fine-grained concrete and high-strength textile fabrics made from materials like carbon, AR-glass, or basalt fibers. It addresses the limitations of conventional steel reinforcement, such as corrosion and limited formability. TRC's superior mechanical properties enable thinner, lighter, and more resilient structural elements, and its applications range from load-bearing structures to infrastructure repair. It also contributes to sustainability by reducing material consumption.