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沉箱破损检测及修复工程实例分析
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Abstract:
沉箱是重力式码头、直立式护岸及防波堤的常用大型构件,单体造价高,由于箱壁相对较薄,施工不当很容易造成各种损伤,对破损沉箱进行报废处理是对社会资源的极大浪费。本文介绍了破损大型沉箱检测、修复技术,其经验及做法可供工程界同仁参考。
The caissons are commonly large components, used for gravity wharf, upright revetment and breakwater. Because of relatively thin wall, the caisson was very easy to be damaged in construction process. It is a huge waste of social resources, if damaged caisson scrapped. The detection and restoration technology of damaged large caisson were introduced in this paper. The experience can be referred for similar engineering.
[1] | 刘德进, 张宝昌, 付大伟. 超大型沉箱出运与安装关键技术[J]. 水运工程, 2012(01): 160-164. |
[2] | 曲洪亮. 沉箱码头工程事故实例分析与加固处理[J]. 中国水运, 2013(08): 171-173. |
[3] | 齐锦原, 王新河, 张勇. 升浆混凝土施工技术在港工建筑物加固工程中的应用[J]. 水道港口, 2008(04): 283-286. |
[4] | 沙玲, 蔡祖炼, 刘继伏. 不同粗糙度的新旧混凝土界面黏结质量的超声试验研究[J]. 混凝土, 2008(03): 19-21. |
[5] | 谷伟铭, 陈志坚. 苏通大桥新旧混凝土界面监测分析[J]. 低温建筑技术, 2014(01): 106-107. |