Journal of Engineering Research

During the construction of high - rise buildings, the application of the climbing formwork system has significantly improved construction efficiency and safety. However, its stability under wind loads has become a focus of concern in the engineering field. By analyzing the response characteristics of the climbing formwork system under different wind speed conditions, this paper explores the key factors affecting the system's stability and proposes corresponding optimization measures to enhance its wind - resistance performance. Rational design of the climbing formwork structure, accurate calculation of wind load parameters, and the adoption of effective shock - absorption technologies are important means to ensure its safety and stability in strong wind environments. This study provides a theoretical basis and technical support for improving the wind - resistance ability of the climbing formwork system during high - rise building construction.

Climbing formwork system; Wind load; Stability; High - rise building