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A depth-averaged model for non-isothermal thin-film rimming flow
E.D. Kay, Stephen Hibberd, H. Power
School of Mathematical Sciences
Research output
:
Journal Publication
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Article
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peer-review
27
Citations (Scopus)
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Physics & Astronomy
convection
54%
thin films
54%
circular cylinders
23%
lubrication
23%
engines
20%
inertia
20%
temperature distribution
17%
chambers
16%
shock
16%
shear
14%
conduction
14%
heat
13%
temperature
12%
fluids
12%
configurations
11%
Engineering & Materials Science
Thin films
100%
Convection
52%
Heat convection
33%
Circular cylinders
29%
Lubrication
24%
Temperature distribution
21%
Temperature
21%
Fluids
16%
Engines
16%
Chemical Compounds
Flow
68%
Cylinder
56%
Convective Heat Transfer
43%
Inertia
38%
Liquid Film
38%
Lubrication
29%
Strength
16%
Surface
8%
Application
8%