Evaluation of mechanical performance for sustainable glass textile reinforced cementitious composites

This research focuses on the practical application of reinforced composites integrating glass textile within structures subjected to significant bending forces, especially in high-load-bearing flats. Every stage of preparation and testing was meticulously carried out at Jiangxi University of Science and Technology and Gannan University of Science & Technology, highlighting our dedication to advancing knowledge regarding the utilization of innovative materials in construction practices. While numerous inquiries delve into the behavior of reinforced concrete using traditional rebars, understanding the potential of composite reinforcement employing glass textile remains a critical gap. Deep comprehension of the mechanical intricacies of glass textile represents uncharted territory crucial for pioneering structural advancements. This article aims to establish an innovative framework for exploring glass textile as a viable composite reinforcement. The meticulous orchestration of tests, including the mini-slump test, sets a pioneering precedent for nuanced experimentation. Also, assessments via the compressive strength test and the three-point bending test significantly contribute to our understanding of the material's behavior, fostering a paradigm shift in utilizing reinforced composites in high-stress structural settings.