Structural Behavior of Precast Walls under Seismic Loads-Report

This literature review explores the structural performance of precast concrete walls in seismic conditions, with a focus on connection systems, seismic resilience, and modeling approaches. It discusses the benefits of precast construction—such as improved quality control and faster assembly—while emphasizing the challenges posed by seismic loads, particularly at the connection points. Key themes include the influence of different connection types (mechanical vs. cast-in-situ), the importance of ductility and energy dissipation, and the role of finite element modeling (FEM) in simulating structural behavior. The review also identifies limitations in current research, especially regarding long-term cyclic performance, fatigue resistance, and real-world scalability. It concludes with a call for further innovation and experimental validation to improve the seismic resilience of precast wall systems.