长江科学院院报
長江科學院院報
장강과학원원보
JOURNAL OF YANGTZE RIVER SCIENTIFIC RESEARCH INSTITUTE
2009年
11期
1-9
,共9页
李青云%程展林%龚壁卫%郭熙灵%包承纲
李青雲%程展林%龔壁衛%郭熙靈%包承綱
리청운%정전림%공벽위%곽희령%포승강
南水北调中线工程%膨胀土(岩)%渠道%破坏机理%处理技术
南水北調中線工程%膨脹土(巖)%渠道%破壞機理%處理技術
남수북조중선공정%팽창토(암)%거도%파배궤리%처리기술
Middle Route Project (MRP) for South to-North Water transfer%expansive soil%canal%failure mecha-nism%treatment technology
南水北调中线工程总干渠穿越膨胀土(岩)地段累计长约386.8 km,膨胀土(岩)的处理是南水北调中线工程的主要技术问题之一.国家"十一五"科技支撑计划课题"膨胀土地段渠道破坏机理和处理技术研究"项目,通过多种研究手段综合研究了膨胀土(岩)渠坡破坏机理,提出了适合的膨胀土(岩)渠坡稳定性分析方法,并针对性地研究了膨胀土(岩)渠道的处理措施,在试验渠段进行了现场验证比较,提出了经济可行的处理方案.较为系统地综述介绍了该课题的研究内容、技术路线、取得进展和主要结论,研究成果不仅为南水北调中线工程膨胀土(岩)渠坡处理提出更为可靠合理的解决方案,其研究思路和成果也可供类似研究和工程应用参考.
南水北調中線工程總榦渠穿越膨脹土(巖)地段纍計長約386.8 km,膨脹土(巖)的處理是南水北調中線工程的主要技術問題之一.國傢"十一五"科技支撐計劃課題"膨脹土地段渠道破壞機理和處理技術研究"項目,通過多種研究手段綜閤研究瞭膨脹土(巖)渠坡破壞機理,提齣瞭適閤的膨脹土(巖)渠坡穩定性分析方法,併針對性地研究瞭膨脹土(巖)渠道的處理措施,在試驗渠段進行瞭現場驗證比較,提齣瞭經濟可行的處理方案.較為繫統地綜述介紹瞭該課題的研究內容、技術路線、取得進展和主要結論,研究成果不僅為南水北調中線工程膨脹土(巖)渠坡處理提齣更為可靠閤理的解決方案,其研究思路和成果也可供類似研究和工程應用參攷.
남수북조중선공정총간거천월팽창토(암)지단루계장약386.8 km,팽창토(암)적처리시남수북조중선공정적주요기술문제지일.국가"십일오"과기지탱계화과제"팽창토지단거도파배궤리화처리기술연구"항목,통과다충연구수단종합연구료팽창토(암)거파파배궤리,제출료괄합적팽창토(암)거파은정성분석방법,병침대성지연구료팽창토(암)거도적처리조시,재시험거단진행료현장험증비교,제출료경제가행적처리방안.교위계통지종술개소료해과제적연구내용、기술로선、취득진전화주요결론,연구성과불부위남수북조중선공정팽창토(암)거파처리제출경위가고합리적해결방안,기연구사로화성과야가공유사연구화공정응용삼고.
The length of the South-to-North Water-Transfer Project general canal involving the expansive soil (rock) is approximately 386. 8 km. The treatment of the expansive soil (rock) is the main technical problem to be tackled. In the project supported by the National Key Technology R&D Program, various research means have been employed to investigate the failure mechanism of the expansive soil ( rock) cannel slope comprehensively. The slope stability analysis method for the expansive soil cannel slopes has been proposed, the economic and applicable treatment measures have been put forward. In this paper, the research content, technical route are introduced and the results of the project systemically illustrated. The research results could also provide reference for the relevant research and engineering projects.