Evaluation of molten sand, dust, and ash infiltrating thermal barrier coatings: Numerical and analytical approaches

Keyphrases

• Analytical Approach 100%
• Infiltration 100%
• Thermal Barrier Coatings 100%
• Calcium-magnesium-alumino-silicate 100%
• Microstructure 60%
• Computational Fluid Dynamics Simulation 60%
• Analytical Model 40%
• Debris 40%
• Pipe Model 40%
• Rectangular Channel 40%
• Fluidics 20%
• Thermal Loading 20%
• Temperature Effect 20%
• Thermal Expansion 20%
• Viscosity 20%
• Sand 20%
• Dynamic Process 20%
• Surface Damage 20%
• Aircraft Engine 20%
• Dirt 20%
• Finite Volume 20%
• Volume of Fluid 20%
• Experiment Model 20%
• Fluid Dynamics 20%
• Prediction Model 20%
• Coating Microstructure 20%
• Ohnesorge number 20%
• Direct Results 20%
• Margin of Error 20%
• Aircraft Operation 20%
• Silicate Melt 20%
• Infiltration Model 20%
• Three-dimensional Computational Fluid Dynamics 20%
• Secondary Stress 20%

Engineering

• Numerical Approach 100%
• Analytical Approach 100%
• Thermal Barrier 100%
• Barrier Coating 100%
• Computational Fluid Dynamics 75%
• Network Model 75%
• Simulation Result 50%
• Analytical Model 50%
• Rectangular Channel 50%
• Experimental Result 25%
• Fluid Viscosity 25%
• Damage Surface 25%
• Aircraft Engine 25%
• Fluid Dynamics 25%
• Fluidics 25%
• Dynamic Process 25%
• Measured Temperature 25%

Material Science

• Magnesium 100%
• Silicate 100%
• Thermal Barrier Coating 100%
• Computational Fluid Dynamics 60%
• Aircraft 40%
• Surface Damage 20%
• Fluid Dynamics 20%
• Fluidics 20%