Engineering & Materials Science
Evaporation
100%
Vortex flow
80%
Explosions
62%
Heating
60%
Gases
54%
Water
52%
Gasoline
49%
Liquid films
41%
Liquids
34%
Emulsions
34%
Trajectories
31%
Fans
29%
Temperature
28%
Direct injection
28%
Composite materials
27%
Nozzles
27%
Momentum
27%
Two phase flow
26%
Interpolation
25%
Numerical analysis
25%
Computational fluid dynamics
21%
Heat conduction
20%
Ethanol
19%
Carbonation
18%
Velocity distribution
18%
Air
18%
Aerosols
17%
Kerosene
17%
Distribution functions
17%
Multiphase flow
17%
Image processing
17%
Internal combustion engines
17%
Flow simulation
16%
Climate change
16%
Method of moments
16%
Hydrodynamics
15%
Transmission electron microscopy
15%
Methanol
15%
Hot Temperature
15%
Image analysis
14%
Aviation
14%
Carbon dioxide
13%
Boundary conditions
13%
Liquid fuels
12%
Numerical models
12%
Aerodynamics
11%
Atomization
11%
Spatial distribution
11%
Unsteady flow
11%
Coatings
11%
Physics & Astronomy
vortex rings
81%
evaporation
80%
gasoline
72%
turbulent jets
54%
fuel sprays
54%
heating
48%
sprayers
44%
water
41%
ring structures
35%
aerosols
34%
coagulation
33%
vortices
33%
nucleation
32%
nozzles
31%
emulsions
30%
nanoparticles
30%
heat transfer
28%
turbulent flow
27%
meshfree methods
27%
explosions
27%
air flow
20%
gas flow
19%
mathematical models
18%
engines
17%
direct numerical simulation
17%
boundary conditions
17%
mass transfer
16%
mathematics
16%
high temperature gases
16%
injection
16%
aerodynamics
16%
predictions
15%
condensation
15%
methyl alcohol
15%
drying
14%
method of moments
14%
ethyl alcohol
14%
particle size distribution
13%
temperature
13%
simulation
13%
gases
12%
turbulent mixing
11%
fluid flow
11%
composite materials
11%
liquids
11%
supersonic boundary layers
10%
preparation
10%
particle trajectories
10%
subsonic flow
10%
coatings
10%