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Numerical modelling of droplet break-up for gas atomisation
N. Zeoli, S. Gu
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Corresponding author for this work
Engineering Systems & Supply Chain Management
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Dive into the research topics of 'Numerical modelling of droplet break-up for gas atomisation'. Together they form a unique fingerprint.
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Weight
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Mathematics
Atomization
100%
Breakup
78%
Droplet
74%
Flow Field
33%
Fragmentation
17%
Gas
52%
Gas Flow
17%
Heat Transfer
14%
Metals
15%
Mm
19%
Model
4%
Momentum
13%
Nozzle
18%
Numerical Modeling
71%
Performance Model
20%
Physics
11%
Powder
18%
Solidification
18%
Verify
11%
Physics & Astronomy
atomizing
32%
flow distribution
24%
fragmentation
12%
gas atomization
81%
gas flow
12%
gases
7%
heat transfer
10%
metal powder
17%
momentum transfer
13%
nozzles
13%
performance
6%
physics
8%
solidification
12%
vapor phases
11%
Engineering & Materials Science
Atomization
65%
Flow fields
23%
Flow of gases
13%
Gases
32%
Heat transfer
9%
Momentum transfer
19%
Nozzles
12%
Numerical models
46%
Physics
12%
Powder metals
17%
Solidification
13%
Chemistry
Flow
9%
Fragmentation
11%
Gas
29%
Heat Transfer
15%
Metal
6%
Momentum Transfer
21%
Nozzle
16%
Solidification
15%