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Heat and mass transfer of a fuel droplet evaporating in oscillatory flow
M. Jangi
*
, H. Kobayashi
*
Corresponding author for this work
Mechanical Engineering
Research output
:
Contribution to journal
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Article
›
peer-review
12
Citations (Scopus)
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Chemistry
Heat Transfer
100%
Mass Transfer
77%
Fuel
76%
Flow
59%
Strouhal Number
53%
Evaporation
29%
Nusselt Number
15%
Shape
5%
Pressure
4%
Time
3%
Surface
2%
Engineering & Materials Science
Mass transfer
82%
Heat transfer
61%
Evaporation
61%
Strouhal number
60%
Boundary layers
28%
Heptane
19%
Nusselt number
15%
Conservation
14%
Frequency bands
13%
Air
8%
Physics & Astronomy
mass transfer
84%
heat transfer
72%
oscillations
58%
Strouhal number
32%
evaporation
19%
boundary layers
14%
heptanes
10%
spherical coordinates
10%
evaporation rate
10%
conservation equations
9%
Nusselt number
9%
histories
6%
life (durability)
5%
air
5%