STABILITY ANALYSIS OF DRILLED SHAFTS REINFORCED SLOPE
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概要
- 論文の詳細を見る
Drilled shafts have been used as an effective means to stabilize a soil slope with marginal safety factor. A limit equilibrium based slope stability analysis technique is presented in this paper that would allow for the determination of the safety factor of the reinforced slope and the forces acting on the drilled shafts. Specifically, the finite element naly-sis generated load transfer characteristic curves were incorporated into the traditional method of slice approach to account for the soil arching effects. Mathematical formulation of the proposed analysis method is given in detail, fol-lowed by validation of the approach with other analysis methods. Examples of the slopes with or without the drilled shafts are given to illustrate the reasonableness of the solution provided by the proposed approach. The efficiency of using drilled shafts to stabilize a slope is discussed by examing the influence of the shaft location, shaft size and spacing on the calculated safety factor. Finally, a practical case involving the use of the proposed approach is presented.
- 社団法人地盤工学会の論文
- 2002-04-15
著者
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Robert Liang
Professor Ditto.
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LIANG ROBERT
Professor of Civil Engineering, Center for Infrastructure Materials and Rehabilitation, University o
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SANPING ZENG
Research Assistant, Department of Civil Engineering, Center for Infrastructure Materials and Rehabil
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Sanping Zeng
Research Assistant Department Of Civil Engineering Center For Infrastructure Materials And Rehabilit
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Zeng Sanping
Research Assistant, Department of Civil Engineering, Center for Infrastructure Materials and Rehabilitation, The University of Akron
関連論文
- DEVELOPMENT AND APPLICATION OF ANCHOR-SOIL INTERFACE MODELS
- DISPLACEMENT-BASED STABILITY ANALYSIS FOR ANCHOR REINFORCED SLOPE
- ANALYTICAL STUDY OF ACTIVE AND PASSIVE GROUND ANCHORS
- STABILITY ANALYSIS OF DRILLED SHAFTS REINFORCED SLOPE
- NUMERICAL STUDY OF SOIL ARCHING MECHANISM IN DRILLED SHAFTS FOR SLOPE STABILIZATION