摘要
本篇文章针对工业厂房楼(屋)面在重荷载作用下变形缝结构的设计与工程应用展开系统研究。通过分析重荷载对结构变形的影响机制,结合材料力学与结构设计理论,提出了一种优化的变形缝结构方案。研究重点包括变形缝的构造设计、材料选型、施工工艺及耐久性测试,并基于实际工程案例验证其有效性。结果表明,该结构方案显著提升了楼(屋)面在重荷载下的变形适应能力,有效降低结构开裂与沉降风险,降低了生产成本,同时为工业建筑的安全性与使用寿命提供了可靠保障。本研究成果可为同类工程设计提供理论参考与实践指导。
This article conducts a systematic study on the design and engineering application of deformation joint structures in industrial factory buildings(roofs)under heavy loads.By analyzing the influence mechanism of heavy loads on structural deformation and combining material mechanics and structural design theory,an optimized deformation joint structure scheme is proposed.The research focuses on the structural design,material selection,construction technology,and durability testing of deformation joints,and verifies their effectiveness based on actual engineering cases.The results show that this structural scheme significantly improves the deformation adaptability of the building(roofs)under heavy loads,effectively reduces the risk of structural cracking and settlement,lowers production costs,and provides reliable guarantees for the safety and service life of industrial buildings,which can provide theoretical reference and practical guidance for similar engineering designs.
作者
徐华中
XU Huazhong(Anhui Construction Engineering Traffic and Shipping Group Co.,Ltd.,Fuyang,Anhui,236000,China)
关键词
重荷载变形缝
结构设计优化
工业厂房
变形控制
应用案例
heavy load deformation joint
structural design optimization
industrial plant
deformation control
application cases
作者简介
徐华中(1988.8-),汉族,安徽安庆市人,在职研究生学历,工程师职称,主要研究方向包括装配式建筑施工、工业厂房、建筑施工技术、建筑装饰施工、深基坑支护及防水等。
