Matric suction - Globe Thesis

Keyword [Matric suction] Result: 1 - 20 \| Page: 1 of 1
1.	Stability Analysis Of Loess Landslide In Loess Tableland Edge Of Heifangtai Irrigation Area
2.	The Study On Soil Unsaturated Character Under Rainfall Seepage
3.	Characteristic Study On Matric Suction Of Slip Zone After Landslide Control
4.	Study On The Typical Soil Landslide Base On Numerical Simulation Of Saturated-unsaturated Seepage In The Area Of Western Yunnan
5.	Research Of Layered Unsaturated Sand Media Infiltration Test Under Non-ponding Water Condition
6.	Experimental Study On Unsaturated Creep Characteristics Of The Sliding Zone Soils Of Weijiagou Landslide
7.	Research On Stability Of Collapse Body Landslide Base On Saturated And Unsaturated Seepage Flow Theory
8.	Study On Elasto-plastic Two-surface Model Of Unsaturated Soils Under Monotonic And Cyclic Loading Study On Elasto-plastic Two-surface Model Of Unsaturated Soils Under Monotonic And Cyclic Loading
9.	Experimental Study On Characteristics Of Strength Changes Of Unsaturated Soil During Drying
10.	Study On Numerical Simulation Of Particle Flow For Direct Shear Test In Sand And Clay And Wet Particle Suction
11.	Study On The Stability Of Unsaturated Soil Slope With Porous Gas Effect Under Precipitation
12.	Study On Engineering Characteristics Of Loess-Paleosol
13.	Model Prediction Of Soil-Water Characteristic Curves And Deformation Behaviors Of Unsaturated Soils
14.	Reliability Analysis Of Loess Slope In Jingyang South Tableland
15.	Experiment Study On Hydrological Effect Of Vegetation Slope Protection
16.	Study On Water Retention Characteristics And Hydraulic Conductivity Model Of Unsaturated Soil In The Entire Matric Suction Range
17.	Application Of Unsaturated Soil Pressure Theory In Supported Excavation In Yu County
18.	Research On Mechanical And Deformation Characteristics Of Structural Unsaturated Soils
19.	Study On Wetting Deformation Law Of High Fill Foundation Caused By Rainfall And Groundwater Level Rise
20.	Experimental Study On The Influence Of Vegetation On Soil Matric Suction And Permeability
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