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Department of Civil Engineering, University of Tokyo | 論文
- 2003年バム地震におけるバム市内の地盤と基礎構造の挙動
- YIELDING OF OVERCONSOLIDATED SAND AND LIQUEFACTION MODEL UNDER CYCLIC STRESSES
- IMPULSIVE FAILURE EXPERIMENTS ON V-SHAPED SLOPING EMBANKMENT MODELS
- A BASIC STUDY ON A NEW SATELLITE ALGORITHM FOR SNOW BY CONSIDERING THE EFFECTS OF SNOW GRAIN SIZE
- Instrumented Model Slope Failure due to Water Seepage
- Instrumented Model Slope Failure due to Water Seepage
- Estimation of the Regional Evaporative Fraction over the Tibetan Plateau Area by Using Landsat-7 ETM Data and the Field Observations(Coordinated Enhanced Observing Period(CEOP))
- Auto-calibration System Developed to Assimilate AMSR-E Data into a Land Surface Model for Estimating Soil Moisture and the Surface Energy Budget(Coordinated Enhanced Observing Period(CEOP))
- QUASUR : Web-based Quality Assurance System for CEOP Reference Data(Coordinated Enhanced Observing Period(CEOP))
- Initial CEOP-based Review of the Prediction Skill of Operational General Circulation Models and Land Surface Models(Coordinated Enhanced Observing Period(CEOP))
- Modification and Application of the Satellite-Based Land Data Assimilation Scheme for Very Dry Soil Regions Using AMSR-E Images : Model Validation for Mongolia-a CEOP data platform(Coordinated Enhanced Observing Period(CEOP))
- MODELLING OF AGEING EFFECTS ON THE ELASTO-VISCOPLASTIC BEHAVIOUR OF GEOMATERIAL
- LABORATORY INVESTIGATION ON RATE-DEPENDENT PROPERTIES OF SAND UNDERGOING LOW CONFINING EFFECTIVE STRESS
- Stability Of Actively Controlled Structures With Time Delayed Feedback
- UNDRAINED DEFORMATION AND LIQUEFACTION OF SAND UNDER CYCLIC STRESSES
- PREDICTION OF LIQUEFACTION IN SAND DEPOSITS DURING EARTHQUAKES
- SAND LIQUEFACTION IN HOLLOW CYLINDER TORSION UNDER IRREGULAR EXCITATION
- Study on Spatially Averaged Evaporation under Soil Moisture Heterogeneity Affected by Permafrost Micro-topography
- A dynamical statistical downscaling procedure for wind climate assessment and its verification
- Numerical modeling of local wind focusing on computational domain setting and boundary treatments