Reliability analysis of wind vibration response monitoring data of super high-rise building
超高层建筑风振响应监测数据可靠性分析

摘要

超高层建筑在风荷载作用下易产生明显振动响应，监测数据的可靠性直接影响结构安全评估与控制策略的科学性。本文基于风振响应实测数据，探讨了信号采集、传感器布设与数据处理环节对监测结果的影响，结合统计分析与对比验证方法，揭示了异常数据产生的主要原因及可靠性差异。研究表明，合理的监测系统设计与多维度数据校核可有效提升数据可信度，为超高层建筑抗风性能评估及运行安全管理提供重要参考。

Abstract

Supertall buildings are prone to significant vibration responses under wind loads, where the reliability of monitoring data directly impacts the scientific validity of structural safety assessments and control strategies. This study investigates how signal acquisition, sensor deployment, and data processing influence monitoring outcomes based on actual wind vibration response measurements. Through statistical analysis and comparative verification methods, we identify key causes of abnormal data and reliability discrepancies. The research demonstrates that well-designed monitoring systems with multi-dimensional data validation can substantially enhance data credibility, providing crucial references for evaluating wind resistance performance and ensuring operational safety management in supertall buildings.