中国水能及电气化
中國水能及電氣化
중국수능급전기화
CHINA HYDROPOWER & ELECTRIFICATION
2014年
9期
1-5
,共5页
引水隧洞%施工%方法
引水隧洞%施工%方法
인수수동%시공%방법
diversion tunnel%construction%method
三道湾水电站引水发电洞由于受高山地形限制洞身段未做重型地质勘探，利用平面地质图推测洞身段地质现象，开挖揭露后发现存在较大差异。施工阶段根据实际揭露的围岩情况，调整开挖支护方式和衬砌断面，实施了科学合理的方案，最终满足了设计要求，其实践经验值得肯定和借鉴。
三道灣水電站引水髮電洞由于受高山地形限製洞身段未做重型地質勘探，利用平麵地質圖推測洞身段地質現象，開挖揭露後髮現存在較大差異。施工階段根據實際揭露的圍巖情況，調整開挖支護方式和襯砌斷麵，實施瞭科學閤理的方案，最終滿足瞭設計要求，其實踐經驗值得肯定和藉鑒。
삼도만수전참인수발전동유우수고산지형한제동신단미주중형지질감탐，이용평면지질도추측동신단지질현상，개알게로후발현존재교대차이。시공계단근거실제게로적위암정황，조정개알지호방식화츤체단면，실시료과학합리적방안，최종만족료설계요구，기실천경험치득긍정화차감。
Being limited by mountain terrain,heavy-duty geology investigation wasn’t carried out in the section of tunnel body for diversion tunnel of Sandaowan hydropower station,and there is great difference discovered after excavation and disclosure using plane geology drawing to predict geological phenomenon in tunnel body.During construction period,based on actual wall rock status disclosed,excavation and bracing methods and lining cross section are adjusted,scientific and reasonable scheme is implemented,and design requirements are met,and its practical experiences are worth appreciation and drawing from.
