Investigation of Shear Wall Formwork Burst: Causes and Mitigation Strategies

This research paper delves into the critical issue of shear wall formwork bursts in construction projects, examining the underlying causes and proposing effective mitigation strategies. Shear wall formwork bursts represent a significant safety risk and can lead to delays, increased costs, and structural failures. By analyzing various case studies and incidents, this study identifies key factors contributing to formwork failures, including improper formwork design, inadequate shoring and bracing, and failure to comply with concrete pouring rates and pressures. The paper evaluates current industry practices and standards for formwork construction and highlights areas where improvements are necessary. Furthermore, it presents a comprehensive review of modern engineering solutions and materials that can enhance the stability and safety of formwork systems. Mitigation strategies discussed include the adoption of robust design principles, enhanced quality control measures during construction, and the integration of innovative technologies such as real-time monitoring systems for formwork integrity. The findings aim to provide construction professionals with actionable insights and guidelines to prevent formwork bursts, thereby improving overall project safety and efficiency.