self-weight - Globe Thesis

Keyword [self-weight] Result: 21 - 40 \| Page: 2 of 3
21.	Buckling Analysis Of Piles Based On The Cusp Catastrophe Theory
22.	A Laboratory Study Of The Effect Of Soluble Salt On Loess Collapsibility In Heifangtai Area
23.	Level Set-based Topology Optimization Method For Architectural Structure Design
24.	Modified Pervious Concrete In Non Self Weight Collapsible Loess Area Study On Road Research
25.	Research On Utility Tunnel Foundation Treated By Compaction Piles And Post-work Immersion Test In The Self-weight Collapsible Loess Area With Large Thickness
26.	Study On Moistening Deformation Characteristics Of Large Thickness Self-weight Collapsible Loess And Negative Skin Friction For Pile
27.	Studies On One-Dimensional Consolidation Theory For Layered Soft Soils Under Continuous Drainage Boundary Conditions
28.	The Study Of A Field Water Immersion Test For Underground Rail Transit Project In Xi’an
29.	Study On Collapsibility Of Loess Under Self-gravity Based On High Pressure Consolidation Test
30.	Study On The Generation And Development Of Negative Friction Resistance Of Pile Foundation In Collapsible Loess Area
31.	Research On High Precision Calibration Method Of Reference Flat In The Plane Interferometer
32.	Study On Permeability And Deformation Characteristics Of Self-weight Collapsible Loess During Water Immersion
33.	Study On Reinforcement Mechanism Of CFG Pile Compositefoundation In Non-self-weight Collapsible Loess Area
34.	Nonlinear Large Strain Consolidation Analysis Of Nature Structured Soft Clay Subgrade
35.	Experimental Study On Compression-Permeability Behaviour Of Clayey Slurries Under Self-Weight
36.	Collapse Test And Mechanism Study Of Loess Under Unloading
37.	The Analysis For The Negative Frictional Force And Bearing Capacity Of Pile Foundations In A Dredging Site With Consideration Of Self-weight Consolidation
38.	Studies of a full-scale horizontally curved steel I-girder bridge system under self-weight
39.	Study On Mechanical Characteristics Of Spiral Cast-in-place Piles In Collapsible Loess Site With Big Thickness
40.	Research On Negative Friction Resistance Of Wedge-shaped Pile In Self-weight Collapsible Loess
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