rock masses - Globe Thesis

Keyword [rock masses] Result: 1 - 20 \| Page: 1 of 6
1.	A Study On Interaction Between Seepage Flow And Unloading Mechanics And Drainage Of Fractured Rock Masses
2.	Applications Of Manifold Method In Numerical Analyses Of Fracture Behavior And Crack Development Of Rock Masses
3.	A Study On The Representative Elementary Volume Of Fractured Rock Masses And The Size Effects Of Mechanical Properties
4.	Study On Groutability And Numerical Simulation Of Grouting In Fractured Rock Mass
5.	Displacement Back Analysis Of Fractured Rock Masses Considering Damage Evolution
6.	Stability Analysis And Deformation Prediction For Surrounding Rock Of Underground Powerhouse
7.	Study On Deformation Mechanism And Failure Characteristics Of Layered Rock Masses Due To Excavation
8.	Study On Stability Of Jointed Rock Mass Affected By Random Fracture And Its Application On Sub Sea Tunnel
9.	Study On Laws Of Crack Initiation, Extension And Failure In Rock Masses Under Compression
10.	Homogenization Numerical Analysis And Applications In Layered Rock Masses Based On Cosserat Medium Theory
11.	Prediction Research Of Water Gushing Yield In Tunnel Based On Coupling Theory Between Seepage Field And Damage Field
12.	Coupling Theory Of Seepage-Damage-Fracture In Fractured Rock Masses And Its Application
13.	Research On Coupling Theory And Test Of Stress-Damage-Seepage In Fractured Rock Masses And Its Engineering Application
14.	Study On Deformation Properties Of Fractured Rock Mass
15.	Micromechanics-based Continuum Method And Constitutive Model For Jointed Rock Masses
16.	Study On Fractal Of Weak-Face And Mechanics Behavior Of Rock Masses Failure With Weak Face
17.	Analysis Of Stress Field In Engineering Rock Masses
18.	A Study On Persistence Of Jointed Rock Mass And High-slope Stability Analysis In The ⅢA-area Slope Of Xiaowan Hydropower Station In The Lancang River
19.	Study On Multi-laminate Framework Model For Mechanical Behavior Of Rock Masses
20.	Summary Of Numerical Simulation Studies On Elastic-Plastic Failure Process Of Engineering Rock Masses
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