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作 者:郑勇惠 ZHENG Yonghui(Xiamen Branch of CSCEC AECOM Consultants Co.,Ltd.,Xiamen,Fujian Province,361006 China)
机构地区:[1]中国市政工程西北设计研究院有限公司厦门分公司,福建厦门361006
出 处:《科技资讯》2025年第1期131-133,共3页Science & Technology Information
摘 要:随着全球气候变化及人类对水资源需求的日益增加,水库作为重要的水资源储存设施,其安全性和稳定性日益受到关注,特别是部分土坝其建设年代较早,受当时施工技术、施工工艺影响,坝体材料、碾压质量无法满足规范要求,坝体内部不可避免地存在质量缺陷,在内、外力影响下,产生坝体渗流破坏情况。部分大坝采用单一的防渗方式进行处理,无法彻底消除渗漏病害。结合工程实例,进行水库大坝的综合防渗技术应用分析,以期为水库大坝防渗设计与实践提供科学指导。With global climate change and the increasing demand for water resources by human beings,reservoirs,as important water resource storage facilities,have received increasing attention on their safety and stability.Especially for some earth dams whose construction dates back to an earlier time,affected by the construction techniques and processes at that time,the dam body materials and rolling quality failed to meet the requirements of the specifications.Inevitably,there were quality defects inside the dam body,and under the influence of internal and external forces,seepage damage of the dam body occurred.Some dams were treated with a single anti-seepage method,which could not completely eliminate the seepage diseases.This research conducts an application analysis of comprehensive anti-seepage technology of reservoir dams in combination with engineering examples,hoping to provide scientific guidance for the anti-seepage design and practice of reservoir dams.
分 类 号:TV543[水利工程—水利水电工程]
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