中国水能及电气化
中國水能及電氣化
중국수능급전기화
CHINA HYDROPOWER & ELECTRIFICATION
2015年
6期
24-27
,共4页
抗冲耐磨%混凝土%配合比%施工质量
抗遲耐磨%混凝土%配閤比%施工質量
항충내마%혼응토%배합비%시공질량
impact wear resistance%concrete%mixing ratio%construction quality
本文以梨园水电站抗冲耐磨混凝土施工过程为基础，通过对配合比和施工质量的研究，总结出最佳施工配合比和最优施工质量管控措施，实践证明效果良好。研究成果对其他同类型工程抗冲耐磨混凝土的应用具有积极的借鉴意义。
本文以梨園水電站抗遲耐磨混凝土施工過程為基礎，通過對配閤比和施工質量的研究，總結齣最佳施工配閤比和最優施工質量管控措施，實踐證明效果良好。研究成果對其他同類型工程抗遲耐磨混凝土的應用具有積極的藉鑒意義。
본문이리완수전참항충내마혼응토시공과정위기출，통과대배합비화시공질량적연구，총결출최가시공배합비화최우시공질량관공조시，실천증명효과량호。연구성과대기타동류형공정항충내마혼응토적응용구유적겁적차감의의。
In the paper,impact wear resistance concrete construction process of Liyuan Hydropower Station is adopted as basis.The best construction mixing ratio and the best construction quality control measures are summarized through studying mixing ratio and construction quality.Practice shows that the effect is excellent,and research achievements have positive reference significance for applying impact wear resistance concrete to other similar projects.
