高层建筑物倾斜纠偏加固的实时智能控制方法及系统研究

RESEARCH ON REAL-TIME INTELLIGENT CONTROL METHOD AND SYSTEM FOR INCLINA TION CORRECTION AND REINFORCEMENT OF HIGH-RISE BUILDINGS

针对高层建筑物倾斜问题,研究深入分析并提出了一种高效的实时智能控制方法及系统。通过全面剖析高层建筑物倾斜的成因,细致阐述了实时智能控制方法的关键步骤。研究结合江苏某高层建筑物地基基础纠偏加固工程实例进行分析,验证了该方法和系统的有效性,其保证了建筑物的倾斜率和竖向结构荷载符合规范要求。此方法和系统具有自动化程度高、可操作性强、可视化效果佳等显著优势,在确保高层建筑物结构安全方面具有重大的实际应用价值。

A highly efficient real-time intelligent control method and system have been studied and analyzed in depth to address the issue of high-rise building tilting.By comprehensively analyzing the causes of high-rise building tilting,the key steps of real-time intelligent control methods are elaborated in detail.The study combined with an example of a high-rise building foundation correction and reinforcement project in Jiangsu to analyze and verify the effectiveness of the method and system,which ensures that the building's inclination rate and vertical structural load meet the requirements of the specifications.This method and system have significant advantages such as high degree of automation,strong operability,and good visualization effect,and have significant practical application value in ensuring the safety of high-rise building structures.