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堆载对基坑侧压力影响的引力算法与初步实践 被引量:7

Calculating Method and Initial Practice on the Influence of the Stacked Heavy Load at Ground on Pit-Wall Soil Pressure of Foundation Pit Based on Gravitational Field
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摘要 由于对岩土本构关系认知上的差异,人们提出了各种各样的堆载对基坑侧压力影响的计算方法,这些方法对推动岩土力学的发展起到了许多积极作用。客观上讲,现有的这些堆载对基坑侧压力影响的计算方法没有一个能够非常真实、非常准确地反映基坑坑壁土压力的变化。以地心引力为依据,结合大量的基坑坑壁土压力实测数据,提出了一种基于引力场的堆载对基坑侧压力影响的计算方法。给出了相应的计算公式和应用实例。 Due to the difference of cognizing relations of rock structure,all kinds of methods to calculate the influence of the stacked heavy load at ground on pit-wall soil pressure of foundation pit were put forward, which impelled the rock mechanics development. None of these calculation methods exiting now can reflect the change of the pit-wall soil pressure exactly. According as centrifugal force, combined with plentiful truly measured data of the pit-wall soil pressure, a calculation method of the influence of the stacked heavy load at ground on pit-wall soil pressure of foundation pit on gravitational field was put forward. Corresponding calculation formula and application examples were offered.
出处 《南水北调与水利科技》 CAS CSCD 2009年第3期31-34,50,共5页 South-to-North Water Transfers and Water Science & Technology
基金 国家自然科学基金(52793096) 无锡市建设发展基金(200702) 江南大学211建设基金(200406)
关键词 基坑工程 土压力 计算 地面堆载 影响 引力场 foundation pit engineering soil pressure calculation the stacked heavy load at ground influence gravitational field
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  • 1Céline Bourdeau,Hans-Balder Havenith,Jean-Alain Fleurisson and Gilles Grandjean.Numerical Modelling of Seismic Slope Stability[J].Lecture Notes in Earth Sciences.2004,14:671-684.
  • 2Clough G W,O'Rourke T D.Construction induced movements of in situ walls.Proceedings Design and Perform ance of Earth Retaining Structure[J].ASCE Special conference Ithaca New York,1990.439-470.
  • 3Ou C Y,Hsieh P G,Chiou D C.Characteristics of ground surface settlement during excavation[J].Can Geotech J,1993,30:758-767.
  • 4P.L.Wilkinson,M.G.Anderson,D.M.Lloyd.An integrated hydrological model for rain-induced landslide prediction[J].Earth Surface Processes and Landforms.2002,27(12):1285-1297.
  • 5Peck R B.Deep excavation and tunneling in soft ground[J].Proceedings of 7th ICSMKFE.State-of-the-Art-Volume.Mexico City,1969.225-290.
  • 6Richard F.Keim,Arne E.Skaugse.Modeling Effects of Forest Canopies on Slope Stability[J].Hydrological Processes.2003,17(7):1457-14679.

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