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Effects of simulated particle deposition on film cooling
S. A. Lawson, K. A. Thole
Mechanical Engineering
Research output
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Contribution to journal
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Article
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peer-review
70
Scopus citations
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Dive into the research topics of 'Effects of simulated particle deposition on film cooling'. Together they form a unique fingerprint.
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Keyphrases
Synthesis Gas
100%
Film Cooling Hole
100%
Momentum Flux Ratio
100%
Film Cooling
100%
Particle Deposition
100%
Low-speed Wind Tunnel
50%
Turbine Components
50%
Cooling Effectiveness
50%
Flat Plate
50%
Particulate Matter
50%
Solid Particles
50%
Solid Phase
50%
Spatially Resolved
50%
Cooling Hole
50%
Coal-derived
50%
Adiabatic Effectiveness
50%
Infrared Thermography
50%
Combined Cycle Power Plant
50%
Wall Temperature
50%
Alternative Fuels
50%
Engineering
Cooling Hole
100%
Momentum Flux
66%
Low Wind Speed
33%
Turbine Components
33%
Atmospheric Aerosol
33%
Flat Plate
33%
Solid Particle
33%
Hot Gas
33%
Alternative Fuel
33%
Infrared Thermography
33%
Natural Gas Resource
33%
Combined Cycle Power Plant
33%
Molten Phase
33%
Molten Particle
33%