coupling damage - Globe Thesis

Keyword [coupling damage] Result: 1 - 19 \| Page: 1 of 1
1.	Study On Failure Law Of Surrounding Rock And Overlying Bed In Steep And Specially Thick Coal Seam Mining
2.	The Study Of Water Inrush Mechanism On Seepage And Stress Coupling Damage Of Coal Floor Under Water Pressure
3.	Research On Breakage Mechanism Of End Mill Based On Thermal-mechanical Coupled Stress Field In High Speed Milling
4.	Water Inrush Mechanism On Seepage And Stress Coupling Damage Of Coal Floor Under Water Pressure And Its Engineering Application
5.	Water Inrush Mechanism Study On Seepage And Stress Coupling Damage Of Coal Floor Under Pressure
6.	Numerical Simulation And Analysis Of Gas Outburst Tendency Under Fluid Solid Coupling
7.	Research On Fluid-solid Coupling Damage Mechanism And Bearing Capacity Study Of High Strength Concrete Shaft Lining Under High Pressure Water
8.	Surface Modulation And Corrosion Coupling Damage Behavior Of Two-Dimensional Nano-Protective Films
9.	Mechanism Research On Wind-sand Erosion And Freeze-thaw Coupling Damage And Service Life Prediction Of Pumice Concrete
10.	Analysis Of Concrete Meso Multi-field Coupling Damage At High Temperature
11.	Study On Carbonation Performance Of Fly Ash Concrete Under Freezing-thawing-wet-dry Cycle Coupling Damage
12.	Seepage Test And Numerical Simulation Of Coal Under True Triaxial Stress
13.	Study On The Evolution Characteristics And Constitutive Model Of Graphite Lining In Rare Earth Electrolyzers
14.	Numerical Analysis Of The Chemical-mechanical Coupling Damage Process Of Water-conveying Concrete Pipelines
15.	Regulation Of Microstructure And Properties And Damage Mechanism Study For 4Cr5MoSiV1(Ti)
16.	Mechanism And Processes Of Pore Gas Pressure Change Of Gas Bearing Coal Under Coupled Static-Dynamic Loads
17.	Study On Damage Degradation And Engineering Stability Analysis Of Weakly Cemented Soft Rock Under Hydro-Mechanical Coupling
18.	Study On The Creep-Fatigue Coupling Characteristics And Life Prediction Of Aluminum Alloy Piston
19.	Investigation Of Damage And Transport Performance Of Ultra-high Performance Concrete Under The Coupling Of Stresstemperature-osmotic Pressure
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