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The effect of roughness on the rate of ice accretion on a cylinder
Lasse Makkonen
, J.R. Stallabrass
National Research Council Canada (NRC)
Research output
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Keyphrases
Icing
100%
Ice Accretion
100%
Heat Transfer Rate
50%
Heat Transfer
50%
Growth Conditions
50%
Icing Wind Tunnel Test
50%
Wet Growth
50%
Overall Heat Transfer Coefficient
50%
Ice Model
50%
Freezing Method
50%
Rough Cylinder
50%
Distributed Surface Roughness
50%
Boundary Layer Theory
50%
Freezing Precipitation
50%
Ship Icing
50%
INIS
ice
100%
roughness
100%
cylinders
100%
heat transfer
66%
freezing
66%
comparative evaluations
33%
data
33%
environment
33%
growth
33%
precipitation
33%
heat
33%
boundary layers
33%
ships
33%
wind tunnels
33%
Engineering
Accretion of Ice
100%
Heat Transfer Rate
50%
Growth Condition
50%
Data Show
50%
Freezing Process
50%
Boundary Layer Theory
50%
Wind Tunnel Test
50%
Earth and Planetary Sciences
Boundary Layer
100%
Wind Tunnel Test
100%