Application of Concrete Construction Technology in Water Conservancy and Hydropower Construction
混凝土施工技术在水利水电施工中的应用

摘要

伴随我国水利水电工程发展速度不断加快，开始对混凝土施工技术应用水平提出较高要求。水利水电工程的主要 特点为规模庞大、受力条件特殊、多水环境等，混凝土施工面临温控困难、裂缝风险等问题。因此，本文将基于水利 水电工程施工环境与条件，分析混凝土施工技术在水利水电施工中的应用价值，最后系统梳理大体积混凝土温控防裂、 碾压混凝土、水下混凝土、衬砌混凝土等技术应用要点，旨在提高混凝土施工技术应用效果，促进水利水电工程取得 稳定发展。 

Abstract

With the continuous acceleration of the development of water conservancy and hydropower projects in China, higher requirements have been placed on the application level of concrete construction technology. Water conservancy and hydropower projects are mainly characterized by large scale, special stress conditions, and water-rich construction environments, and concrete construction faces problems such as difficulty in temperature control and the risk of cracking. Therefore, based on the construction environment and conditions of water conservancy and hydropower projects, this paper analyzes the application value of concrete construction technology in water conservancy and hydropower construction. It then systematically reviews the key technical points of mass concrete temperature control and crack prevention, roller-compacted concrete, underwater concrete, lining concrete, and other construction technologies. The aim is to improve the application effect of concrete construction technology and promote the stable development of water conservancy and hydropower projects.