jointed rock mass - Globe Thesis

Keyword [jointed rock mass] Result: 1 - 20 \| Page: 1 of 3
1.	The Damage Model Of Jointed Rock Mass Equivalent Behavior And Numerical Simulation
2.	Visco-elastic-plastic Stress And Deformation Analysis Of Jointed Rock Mass And Its Application To Engineering
3.	Joint Propagation Modes And Fracture Mechanisms Of Jointed Rock Slope
4.	Study On Mechanism Of Rock Permeation And Fracturing Based On Optimized Fluid-Solid Coupling Algorithm In Discrete Element Model
5.	Study On Propagation And Attenuation Law Of Blasting Stress Wave In Jointed Rock Mass Under Different In-situ Stresses
6.	Experimental Study Of Failure And Acoustic Emission Properties Of Rock Mass With Multiple Non-persistent Joints
7.	Study On Propagat Ion O F Explosive Stress Wave In Rock Mass With Layered Joints
8.	Experiment And DEM Simulation On Mechanical Behavior Of Non-persistently Jointed Rock Mass Containing Circular Opening
9.	Study On Shear Mechanical Properties Of Rock Joints Under Cyclic Loading And Unloading
10.	Experimental Study On Mechanism Of Carbon Fiber Ultrafine Cement Reinforcement Of Jointed Rock Mass
11.	Block Model Cellular Automata Analysis Method And Its Program Development
12.	Mechanical Characteristic Experiment And Particle Flow Code Of Jointed Rock Samples Based On 3D Printing Technology
13.	Experimental And Numerical Investigations On Crack Propagation In Jointed Rock Mass Under Water Pressure Based On Direct Shear Tests
14.	Damage Analysis And Failure Prediction Of Jointed Rock Mass
15.	Study On Mechanical Parameters Estimation And Size Effect Of Jointed Rock Mass
16.	Study On One-dimensional Eauivalent Continuum Model Of Parallel Jointed Rock Mass
17.	Study On Two-Dimensional Displacement Discontinuous Media Model Of Jointed Rock Mass
18.	Simulaton Study Of Blasting Failure Process Of Jointed Rock Mass With PFC Code
19.	Study On Mechanical Properties And Damage Evolution Of Jointed Rock Mass By Particle Flow Code
20.	Study On The Size Effect Of Mechanical Properties Of Jointed Rock Mass By Discrete Element Simulation
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