Key wind-resistant design technologies for high-rise buildings under construction in Hainan
海南在建高层建筑抗风设计的关键技术措施

摘要

海南强风对在建高层建筑结构安全威胁显著，科学抗风设计是保障工程安全的核心。本文针对海南在建高层建筑抗风需求，分析强风下结构受力特点与风险，从结构选型优化、抗风构件设计、风荷载监测与调控等方面，探讨关键技术应用路径。系统性整合抗风技术，可有效提升在建建筑抗风能力，为海南高层建筑工程抗风设计提供实践参考，助力工程建设质量与安全水平提升。

Abstract

Strong winds in Hainan pose significant threats to the structural safety of high-rise buildings under construction. Scientific wind-resistant design is therefore essential to ensure engineering safety. This paper analyzes the structural stress characteristics and risks of buildings subjected to strong winds in Hainan, focusing on key aspects such as structural type optimization, wind-resistant component design, and wind load monitoring and control. By systematically integrating wind-resistant technologies, the wind resistance capacity of buildings under construction can be effectively enhanced. The study provides practical reference for the wind-resistant design of high-rise building projects in Hainan, contributing to improved construction quality and safety.