Liquefaction potential - Globe Thesis

Keyword [Liquefaction potential] Result: 1 - 20 \| Page: 1 of 2
1.	Numerical Analysis For Dynamic Response And Liquefaction Potential Of Seabed Under Wave Loading
2.	Research On Assessment Of Sand Liquefaction Potential Based On Compensative Fuzzy Neural Network
3.	Research On Assessment Of Sand Liquefaction Potential Based On Extenics And Support Vector Machine
4.	Study On Reliability-Based Procedure For Evaluating Liquefaction Potential
5.	Effects Of Particle Gradation On Static Liquefaction Behaviour Of Sands
6.	Reinforcement Effects Of Root For Liquefiable Sandy Soil And Research On Influence Factors
7.	Study On Loess Liquefaction Evaluation Based On Physical Indexes And Depth Limit
8.	Improvement Research Of Liquefaction Potential Evaluation Based On Shear-wave-velocity
9.	Study On Wetting Deformation And Liquefaction Potential Of Filters For Earth And Rockfill Dams
10.	The Research And Development Of Earthquake-induced Site Liqufaction Potential Comprehensive Evaluation System And Analysis Of Liqufaction Case
11.	Study On Logistic Regression Model-based Procedure For Evaluating Liquefaction Potential
12.	A Study On Dynamic Characteristics Of Rubber Sand
13.	The Vibration Liquefaction Of Silty Soil Subgrade Test Method Of High Water Saturation Of Low Embankment
14.	Experimental Study On Mechanical Properties Of Soils Reinforced By Carbon Fiber And Nano-silica
15.	Influence of silt size and content on static liquefaction potential of sand
16.	Impact of freeze-thaw on liquefaction potential and dynamic properties of Mabel Creek silt
17.	Statistical and spatial variability of liquefaction potential in regional mapping using CPT, SPT and V(s) data from the Oakland and Monterey Bay areas, California
18.	Evaluating model uncertainty for reliability analysis of liquefaction potential of soils
19.	Sensitivity of shrinkage characteristics of surface deposited non-plastic tailings to placement water content and its relationship to liquefaction potential
20.	Liquefaction potential of soils: A fully probabilistic approach
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