rock masses - Globe Thesis

Keyword [rock masses] Result: 1 - 20 \| Page: 1 of 2
1.	Parameter Inverse Problem For Flow Analysis And Flow-Stress Coupled Analysis In Fractured-Rock Masses
2.	The Study Of The Properties And Classifications Of Rock Masses In Enshi District, Hubei Province, China
3.	Engineering Application Of Numerical Analysis Of Coupling Fluid Flow And Stress In Fractured Rock Masses
4.	The Research Of Flow-Stress Coupling In Fracture Rock Masses
5.	Study On Multi-buckling Failure Of The Bedded Rock Masses On The Consequent Slopes
6.	The Study Of Gravity And Magnetic Data Processing And Interpretation Method On Boundary Delineation And Shape Inversion Of Rock Body In South China
7.	Study On Damage Features Of The Rock Mass In The Sliding Belt Of The Giant Landslide Under The Strong Earthquake
8.	The Coupled Thermo-hydro-chemo-mechanical Peridynamics For Rock Masses And Numerical Study
9.	Study On The Failure Mechanism Of Fractured Rock Masses Under The Coupled Hydro-mechanical Loading And Unloading Conditions
10.	Study On Nonlinear Flow Behaviors And Coupled Hydro-thermal Simulation Of Fractured Rock Masses
11.	Characteristic Scales For Permeable Property Of Fractured Rock Masses In Typical Flow Configurations And Engineering Applications
12.	Numerical Simulation Of Failure And Stability Analysis Of Rock Tunnels In Jointed Rock Masses Using Strength Reduction Method
13.	Study On Source Mechanism Of Engineering Rock Masses Failure And Application
14.	Fluid Flow Analysis On Sheared Rock Masses Using The Discrete Fracture Network Method
15.	Experimental And Numerical Investigations On Crack Propagation In Jointed Rock Mass Under Water Pressure Based On Direct Shear Tests
16.	Numerical Analyses Of Anisotropic Mechanical Properties Of Blocky Rock Masses
17.	A Study On The Scale Effects Of Strength And Deformation Characteristics For Jointed Rock Masses
18.	Study And Application Of Joint Mechanical Parameters Of Broken Compaction Rock Mass
19.	Research On Creep Fractured Test And Numerical Simulation Of Discontinuous Fractured Rock Masses
20.	The Influence Of Statistical Distribution Dispersion In Fracture Size On Blockiness Rev Of Fractured Rock Masses
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