jointed rock masses - Globe Thesis

Keyword [jointed rock masses] Result: 1 - 20 \| Page: 1 of 2
1.	Displacement Back Analysis Of Fractured Rock Masses Considering Damage Evolution
2.	Research On Coupling Theory And Test Of Stress-Damage-Seepage In Fractured Rock Masses And Its Engineering Application
3.	Micromechanics-based Continuum Method And Constitutive Model For Jointed Rock Masses
4.	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
5.	A Study On The Scale Effects And Representative Elemental Volume(REV) Of Strength And Deformation Characteristics For Fractured Rock Masses
6.	The Research Of The Unified Strength Theory On Mechanical Properties In The Underground Engineering
7.	Deformation Anisotropy Study Of Columnar Jointed Rock Masses
8.	The Improvement Of Weight Elimination For The Forecast Of The Blasting Wave Propagation In Jointed Rock Masses
9.	Determination Of Mechanical Parameters Of Rock Mass And The Processing Method
10.	Modeling Of Structural Effect Of Non-persistent Jointed Rock Masses Under Different Stress Conditions
11.	The3D Damage Rheology Model Analysis Of The Jointed Rock And Engineering Application
12.	The Study On Numerical Analysis Of Damage-Failure Mechanism In Jointed Rock Masses Affected By Seepage
13.	Experimental And Numerical Research On Crack Propagation And Anchoring Mechanism In Jointed Rock Masses
14.	Study On The Composite Element Method For Jointed Rock Masses Reinforced By Bolts And Shotcrete Lining
15.	Seismic Characteristics Of High And Steep Slope With Jointed Rock Masses Using Shaking Table Tests
16.	Research On Macroscopic Deformation Properties Of Jointed Rock Masses And Its Engineering Application
17.	Experimental Studies Of Dynamic Constitutive Properties Of Jointed Rock Masses:Analysis Of Stress Waves
18.	Joint Rock Tunnel Construction Process Of 3-D Numerical Simulation Analysis
19.	Differential Analysis Of Failure Characteristics Of Similar Jointed Rock Masses Under Static And Dynamic Load
20.	Investigation of Discontinuous Deformation Analysis for Application in Jointed Rock Masses
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