Characterization of Surface Erosion from High Speed Single Micrometer Impacts on Al-6061 T6

Keyphrases

• AA6061 33%
• AA6061-T6 100%
• Atmospheric Aerosol 33%
• Boundary Layer Transition 33%
• Converging-diverging Nozzle 33%
• Crater Volume 33%
• Damage Characterization 33%
• Damage Model 33%
• Ferrous Sulfate 66%
• Flight Condition 33%
• Impact Angle 33%
• Impact Speed 33%
• Laser Doppler Velocimetry 33%
• Micrometer Size 33%
• Monodisperse 33%
• Particle Impact 100%
• Particle Size 33%
• Particle Speed 33%
• Particle Volume 33%
• Scaling Exponent 33%
• Specific Kinetic Energy 33%
• Sulfate Particles 33%
• Surface Characterization 100%
• Surface Erosion 100%
• Surface Topography Change 33%
• Transition Surface 33%
• Vehicle Surface 33%

Engineering

• Atmospheric Aerosols 50%
• Boundary Layer Transition 50%
• Damage Model 50%
• Dimensionless 50%
• Diverging Nozzle 50%
• Flight Condition 50%
• Impact Angle 50%
• Impact Speed 50%
• Individual Particle 50%
• Particle Diameter 50%
• Particle Volume 50%
• Scaling Exponent 50%
• Size of Particle 50%
• Specific Kinetic Energy 50%
• Surface Erosion 100%
• Surface Topography 50%

Material Science

• Boundary Layer 50%
• Surface (Surface Science) 100%
• Surface Characterization 50%
• Surface Topography 50%
• Suspended Particulate Matter 50%