Liquefiable - Globe Thesis

Keyword [Liquefiable] Result: 1 - 20 \| Page: 1 of 5
1.	The Research On The Lateral Bearing Behavior Of The Pile Foundation In Liquefiable Soil
2.	Study On Lateral Dynamic Response Of Pile Foundation In Liquefiable Soil
3.	Study On Seimic Ground Motion On Liquefiable Soil Layer And Site Liquefaction Detection
4.	Seismic Response Analysis And Simplified Method Of Bridge Pile Foundation In Liquefiable Ground
5.	Studis On The Mechanism Of Reinforcing The Liquefiable Sand And Silt Interbedded Foundation Synthetically With The Enhanced Sand Bag Wells
6.	Large-Scale Shaking Table Test Of The Liquefiable Ground Treated By CFG Piles Composite Foundation
7.	Primary Study On Mechanism Of Earthquake-induced Differential Settlement Of Buildings On Liquefiable Subsoil
8.	Study On Shaking Table Test Of The Liquefiable Ground Of High Speed Railway Treated By Compacted Gravel Column-Net Composite Foundation
9.	The Shaking Table Experimental Study On Liquefiable Sand Soil Improved By Granular Sand Pile
10.	Effective Stress Analysis Of Seismic Responses Of Pile Groups In Liquefiable Soils
11.	Numerical Simulation Experiments Of Seismic Responses Of Micropile Foundations In Liquefiable Soils
12.	The Study On Earthquake Response Of Bridge Piles At Liquefiable Site
13.	An Analysis On The Seismic Response Of Running Tunnel In Liquefiable Soils
14.	Numerical Simulation And Laboratory Research Of Liquefiable Soils Deformations During The Earthquake
15.	The Shaking Table Experimental Study On Liquefiable Sand Soil Improved By Pile
16.	Comparison Tests Of Seismic Soil-Pile-Structure Interaction In Liquefiable And Nonliquefiable Soil
17.	Study On Liquefaction Characteristics Of Silty-Fine Sand And Liquefiable Ground Treated By Gravel Pile Composite Foundation
18.	3D Numerical Simulation Of Seismic Responses Of Pile Groups On Liquefiable Soils
19.	Three-Dimensional Numerical Analysis Of Seismic Responses Of Micropiles In Liquefiable Soils
20.	Three-dimensional Numerical Analysis Of Strong Seismic Responses Of Dyke On Liquefiable Soils Foundation
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