Droplet impact on a concave wall in a rotating gas flow field

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Gas Flow Material Science
100
Droplet Material Science
33
Gas Velocity Material Science
11
Velocity Material Science
11
Adhesion Material Science
11
Fuel Material Science
11
Liquid Material Science

Keyphrases

100
Gas Flow Field Keyphrases
100
Droplet Impact Keyphrases
100
Concave Wall Keyphrases
60
Gas Velocity Keyphrases
40
Droplet Impacting Keyphrases
40
Spreading Factor Keyphrases
40
Swirl Separator Keyphrases
40
Rotating Flow Field Keyphrases
20
Numerical Simulatio... Keyphrases
20
Nuclear Reactor Keyphrases
20
Fuel Bundle Keyphrases
20
Adhesion Keyphrases
20
Droplet Size Distri... Keyphrases
20
High-speed Camera Keyphrases
20
Collision Mechanism Keyphrases
20
Impact Outcomes Keyphrases
20
Liquid Drop Impact Keyphrases

INIS

100
walls INIS
100
gas flow INIS
100
droplets INIS
44
velocity INIS
33
gases INIS
22
vanes INIS
11
speed INIS
11
range INIS
11
computerized simula... INIS
11
collisions INIS
11
liquids INIS
11
distribution INIS
11
correlations INIS
11
diagrams INIS
11
trajectories INIS
11
adhesion INIS
11
nuclear reactors INIS
11
fuel bundles INIS
11
cameras INIS
11
shuttles INIS

Engineering

100
Gas Flow Engineering
100
Inlet Gas Engineering
100
Gas Velocity Engineering
100
Flow Distribution Engineering
66
Rotating Flow Engineering
66
Separator Engineering
33
Mechanisms Engineering
33
Correlation Engineering
33
Velocity Engineering
33
High Speed Engineering
33
Trajectory Engineering
33
Fuel Engineering
33
Nuclear Reactor Engineering
33
Liquid Droplet Engineering
33
Test Rig Engineering
33
Speed Camera Engineering
33
Computer Simulation Engineering
Research OutputsResearch Output authored by Droplet impact on a concave wall in a rotating gas flow field is tagged with the concept