Management and Assessment of Displacement Risks in the Construction of High‐Risk Structural Engineering Projects

In view of the safety challenges caused by the large‐span characteristics of high‐risk structural engineering projects (HRSEPs), we are committed to exploring strategies to improve construction safety and efficiency. This study realizes real‐time monitoring of structural displacement by adopting the method of whole synchronous casting of beam segment and step‐by‐step casting of wall panel, and supplemented by contact monitoring equipment to track displacement changes, and deeply analyzes the displacement dynamics and causes of abnormal displacement phenomena during construction. The research results show that the proposed strategy can significantly improve the construction efficiency and safety of long‐span structural engineering. The results of this study can not only provide key construction design guidance for professional engineers in the field of construction but also provide important reference for the design of complex engineering projects in other fields, so as to ensure the safety of high‐risk projects and promote the innovative development of building construction technology.