本文選題：樁基鉆孔　切入點：巖溶勘測技術　出處：《長安大學》2015年碩士論文　論文類型：學位論文

【摘要】：本文通過對巖溶地區(qū)鉆孔灌注樁側(底)溶洞探測方法、巖溶地質(zhì)隱患、樁基穩(wěn)定性、巖溶勘測技術等研究,對巖溶地區(qū)的樁基設計、地質(zhì)隱患的評價體系以及綜合勘測技術等都有了更加全面的認識,并且針對出現(xiàn)地質(zhì)隱患的位置,根據(jù)樁基的類型提出相應的處置方式,并結合工程實例進行了詳細的闡述,具有較強的指導意義。在巖溶區(qū)進行勘察時,通過鉆探與物探等勘察方式綜合運用,可以比較準確、全面的反映出巖溶地質(zhì)情況,提高設計、施工的可靠性,以避免單一勘察所提供的不確切的結果給工程帶來不良的后果,確保工程達到經(jīng)濟合理的目的。文章中還詳細概括了樁基鉆孔溶洞特征,并通過各種影響因素對穩(wěn)定性進行了全面的分析,還采用數(shù)值模擬的方法建模分析了建筑物基礎下或路基下溶洞頂板穩(wěn)定性。最后,通過對銅川市川口大橋的理論分析和工程實踐的研究,歸納總結出樁側(底)溶洞探測方法與選取,然后通過對各種溶洞處治技術的概括比較,得出切實可行的樁基鉆孔溶洞處治技術與方案,具有較強的參考價值。
[Abstract]:Based on the bored piles in karst area (bottom side) detection method of karst cave, karst geological hazards, pile foundation stability, the study of karst survey technology, the design of pile foundation in karst area, the geological hazard evaluation system and comprehensive survey technology have a more comprehensive understanding, and according to the geological hazard location, according to the pile foundation the type of the corresponding disposal methods, and described in detail with an engineering example, has a strong guiding significance. The investigation in karst area, through comprehensive drilling and geophysical survey and other methods, can accurately and fully reflect the karst geological conditions, improve the reliability of design, construction, to avoid a single the survey does not provide the exact result of adverse consequences for the project, to ensure that the project achieved the economic purpose. The article also summarizes the pile with the features of karst caves ,騫墮，

本文編號：1592006