unloading - Globe Thesis

Keyword [unloading] Result: 1 - 20 \| Page: 1 of 10
1.	A Study On Interaction Between Seepage Flow And Unloading Mechanics And Drainage Of Fractured Rock Masses
2.	Unloading Analysis Of Seismic Structure's Dynamic Response
3.	Experimental And Numerical Simulation Of Excavation Process And Microstructure Study
4.	Study On Continuum Damage Of The Tunnel Brittle-Quasibrittle Surrounding Rocks
5.	A Study On Seepage Theory Model And Its Parameters In Rock Mass
6.	Study On Stability And Support Of Consequent Bedding Rock Slope
7.	Experimental Study On Unloaded Soil Of Deep Foundation Pit And Finite Elements Analysis
8.	Geology-Mechanics Responses And Evaluation Of Large-Scale High Rock Slope Excavation
9.	Study On Pipe Roof Effect And Face Stability Of Large Section Pipe Roof-Box Jacking Method
10.	Multi-fields Coupling Analysis On Deep Rock Mass And Unloading Study On Underground Excavation
11.	Study On Unloading Deformation Mechanism And Stability Of Excavating Surrounding Rock Mass Of Large Underground Caverns
12.	Establishing And Application Of 3D Elastic Visco-plastic Constitutive Model Considering Unloading And Disturbance
13.	Study On Formation Mechanism Of Excavation Disturbed Zone Of Hard Fractured Rockmass
14.	Study On Mechanical Properties Of Granites Under High Pressure Conditions And Its Constitutive Models
15.	Research On Unloading Failure Mechanism Of Rock Under High Stress And Its Application
16.	Integrating Models And Methods For Scheduling Of Loading/Unloading Operations In Container Terminals
17.	Permeability And Mechanics Characteristics Test Studying On Rock Or Rock Mass Under High Seepage Pressure
18.	Analysis Of Deformation And Stress Due To Deep Excavation Considering Different Deformation And Strength Parameters Of Soil And Space Effect Of Excavation And Retaining Structure
19.	Research On Mechanical Characteristics Of Soft Soil Under Unloading And Stability Of Foundation On Weak Underground
20.	Experimental And Theoretical Study On Macroscopic And Mesoscopic Failure Mechanism Of Rock Mass Under Loading And Unloading Conditions
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