Prediction of the Partially Drained Behavior of Soft Clays under Embankment Loading(浅岡顕,中野正樹,松尾稔著,本誌Vol.32,No.1,1992年3月掲載)
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関連論文
- AN ELASTO-PLASTIC DESCRIPTION OF TWO DISTINCT VOLUME CHANGE MECHANISMS OF SOILS
- SIMULATION OF SHEAR AND ONE-DIMENSIONAL COMPRESSION BEHAVIOR OF NATURALLY DEPOSITED CLAYS BY SUPER/SUBLOADING YIELD SURFACE CAM-CLAY MODEL
- MODEL TESTS AND THEORETICAL ANALYSIS OF REINFORCED SOIL SLOPES WITH FACING PANELS
- UNDRAINED SHEAR STRENGTH OF CLAY IMPROVED WITH SAND COMPACTION PILES
- SEEPAGE FAILURE EXPERIMENTS AND THEIR ANALYSES OF LOOSE AND MEDIUM DENSE SANDS
- ELASTO-PLASTIC BEHAVIOR OF NATURALLY DEPOSITED CLAY DURING/AFTER SAMPLING
- SUPERLOADING YIELD SURFACE CONCEPT FOR HIGHLY STRUCTURED SOIL BEHAVIOR
- COUPLING ANALYSES OF LIMITING EQUILIBRIUM STATE FOR NORMALLY CONSOLIDATED AND LIGHTLY OVERCONSOLIDATED SOILS
- BEARING CAPACITY ANALYSIS OF A NORMALLY CONSOLIDATED CLAY FOUNDATION
- Editor in Chief, Soils and Foundations
- Prediction of the Partially Drained Behavior of Soft Clays under Embankment Loading(浅岡顕,中野正樹,松尾稔著,本誌Vol.32,No.1,1992年3月掲載)
- OBSERVATIONAL PROCEDURE OF SETTLEMENT PREDICTION
- 軟弱地盤上の盛土の信頼性設計
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- ANALYSIS AND PREDICTION OF CONSOLIDATION SETTLEMENT OF NORMALLY CONSOLIDATED CLAY FOUNDATION UNDER EMBANKMENT LOADING
- DISPLACEMENT/TRACTION BOUNDARY CONDITIONS REPRESENTED BY CONSTRAINT CONDITIONS ON VELOCITY FIELD OF SOIL
- PROGRESSIVE CONSOLIDATION SETTLEMENT OF NATURALLY DEPOSITED CLAYEY SOIL UNDER EMBANKMENT LOADING
- EFFECTS OF CHANGES IN GEOMETRY ON THE LINEAR ELASTIC CONSOLIDATION DEFORMATION
- MASS PERMEABILITY CONCEPT IN THE ANALYSIS OF TREATED GROUND WITH SAND DRAINS
- SOIL-WATER COUPLED BEHAVIOR OF HEAVILY OVERCONSOLIDATED CLAY NEAR/AT CRITICAL STATE
- ANNEALABLE BEHAVIOUR OF SATURATED CLAY : AN EXPERIMENT AND SIMULATION
- IMPERFECTION-SENSITIVE BIFURCATION OF CAM-CLAY UNDER PLANE STRAIN COMPRESSION WITH UNDRAINED BOUNDARIES
- PREDICTION OF THE PARTIALLY DRAINED BEHAVIOR OF SOFT CLAYS UNDER EMBANKMENT LOADING
- PREDICTION OF THE PARTIALLY DRAINED BEHAVIOR OF SOFT CLAYS UNDER EMBANKMENT LOADING