城市建筑
城市建築
성시건축
URBANISM AND ARCHITECTURE
2013年
4期
88
,共1页
水利工程%灌浆%加固施工%分析
水利工程%灌漿%加固施工%分析
수리공정%관장%가고시공%분석
hydraulic engineering%grouting%reinforcement construction%analysis
灌浆的技术比较简单,施工质量也比较好控制,对基岩加固的效果也比较好,特别是一些可以通过水泥的配置来提高抗渗水的能力.因此,在水电站的水工工程中得到了广泛应用.在实际的灌浆施工应用中,也是比较多的.一般都是应用在分段灌浆中,并且一般的施工技术都比较成熟.
灌漿的技術比較簡單,施工質量也比較好控製,對基巖加固的效果也比較好,特彆是一些可以通過水泥的配置來提高抗滲水的能力.因此,在水電站的水工工程中得到瞭廣汎應用.在實際的灌漿施工應用中,也是比較多的.一般都是應用在分段灌漿中,併且一般的施工技術都比較成熟.
관장적기술비교간단,시공질량야비교호공제,대기암가고적효과야비교호,특별시일사가이통과수니적배치래제고항삼수적능력.인차,재수전참적수공공정중득도료엄범응용.재실제적관장시공응용중,야시비교다적.일반도시응용재분단관장중,병차일반적시공기술도비교성숙.
The grouting technology is relatively simple, and bet er control of the construction quality, the reinforcement eff-ect of the bedrock is relatively good, especial y to improve the ability of the water impermeability by the configuration of the cement, which has been widely used in hydropower hydraulic construction. The grouting constructions are general y used in the sub-grouting and the general construction techniques are relatively mature.
