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市政道路桥梁工程伸缩缝施工质量技术的研究 被引量:1

Research on Construction Quality Technology of Expansion Joint in Municipal Road and Bridge Engineering
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摘要 近年来,我国社会经济水平得到了显著的提升,从而为各个领域的发展壮大带来了良好的机遇,这样也为市政道路桥梁工程行业提出了更高的要求。市政道路桥梁工程施工过程中加大力度落实施工质量控制工作对于保证工程施工质量是非常重要的,而伸缩缝设计效果往往也与路桥工程的整体质量和性能存在密切的关联,并且也会影响到车辆行驶的稳定性和安全性。如果市政道路桥梁工程结构中出现伸缩缝的情况,那么必然会造成地下水顺着缝隙渗入到工程结构之中,对整个结构造成严重的损害。市政桥梁伸缩缝施工工作的效果往往都会与桥梁使用情况和使用寿命存在密切的关联,所以施工单位务必要对市政桥梁伸缩缝施工工作加以综合考虑,选择切实可行的施工质量技术,并且从各个细节入手来对施工质量技术加以控制,有效的提升桥梁工程的安全性和舒适性。 In recent years,China's social and economic level has been significantly improved,which has brought good opportunities for the development of various fields,which also puts forward higher requirements for the municipal road and bridge engineer ing industry.In the construction process of municipal road and bridge engineering,it is very important to strengthen the implementation of construction quality control to ensure the construction quality of the project,and the design effect of expansion joint is often closely related to the overall quality and performance of road and bridge engineering,and will also affect the stability and safety of vehicle driving.If there are expansion joints in the municipal road and bridge engineering structure,it will inevitably cause groundwater to infiltrate into the engineering structure along the gap,causing serious damage to the whole structure.The effect of municipal bridge expansion joint construction work is often closely related to the service condition and service life of the bridge.Therefore,the construction unit must comprehensively consider the municipal bridge expansion joint construction work,select the feasible construction quality technology,and start from various details to control the construction quality technology,effectively improve the safety and comfort of bridge engineering.
作者 王殿涛 李佰西 WANG Diantao;LI Baixi(China Twenty Metallurgical Group Co.,Ltd.,Shanghai,201900,China)
出处 《智能城市应用》 2020年第7期83-86,共4页 Smart City Application
关键词 市政道路桥梁工程 伸缩缝 施工质量 municipal road and bridge engineering expansion joint construction quality
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