Physics & Astronomy
premixed flames
94%
flames
86%
turbulent flames
73%
sprayers
65%
turbulence
63%
Reynolds stress
59%
drop size
45%
turbulent flow
39%
jet flames
38%
monopropellants
35%
conservation equations
32%
vortex streets
32%
scaling
29%
soot
27%
dissipation
27%
premixing
26%
turbulent jets
26%
momentum
25%
burners
24%
curvature
22%
surface properties
22%
air
22%
Lewis numbers
22%
injectors
21%
entropy
20%
Reynolds number
20%
geometry
19%
flame propagation
18%
channel flow
18%
separated flow
18%
atomizing
17%
statistics
17%
energy spectra
17%
propane
17%
liquids
15%
gradients
15%
equivalence
15%
wall flow
14%
energy
13%
ignition
13%
laminar flames
13%
heat islands
13%
heat transfer
12%
injection
12%
flow geometry
11%
burning rate
11%
flame interaction
11%
incandescence
11%
surface temperature
11%
Chemical Compounds
Premixed Flame
99%
Flame
94%
Spray
86%
Turbulence
57%
Flow
57%
Drop
49%
Jet
49%
Velocity
47%
Energy Balance
41%
Simulation
41%
Liquid
37%
Momentum
36%
Lewis Number
32%
Soot
30%
Heat Transfer
28%
Burner
26%
Dissipation
25%
Fuel
25%
Weber Number
22%
Heat
21%
Injector
20%
Turbulent Flame
18%
Lagrangian
15%
Volume
14%
Surface Temperature
14%
Propane
14%
Length
11%
Surface
11%
Combustion Gas
10%
Kinetic Energy
9%
Thermal Barrier Coating
9%
Energy
9%
Size Distribution
9%
Dodecane
8%
Pressure
8%
Diesel Fuel
8%
Energy Consumption
7%
Solidification
7%
Turbine
7%
Reynolds Number
7%
Gas
7%
Diffusion Flame
7%
Metal Nanoparticle
7%
Boiling
6%
Chemical Vapour Deposition
6%
Mixture
6%
Evaporation
6%
Cooling
6%
Mass Transfer
5%
Exergy
5%
Engineering & Materials Science
Atomization
100%
Turbulence
90%
Liquids
65%
Turbulent flow
50%
Momentum
45%
Monopropellants
43%
Conservation
42%
Air
42%
Soot
33%
Ignition
31%
Fuel burners
31%
Vortex flow
30%
Geometry
30%
Lasers
28%
Energy balance
25%
Channel flow
24%
Laser induced breakdown spectroscopy
23%
Surface properties
22%
Kinetic energy
21%
Electric sparks
19%
Statistics
19%
Volume fraction
18%
Heat transfer
18%
Flow simulation
18%
Temperature
18%
Entropy
18%
Propane
17%
Gases
17%
Reynolds number
16%
Wall flow
14%
Methane
13%
Nanoparticles
12%
Light extinction
12%
Metal nanoparticles
12%
Fuel cells
11%
Strain rate
11%
Imaging techniques
11%
Fluids
11%
Fluorescence
11%
Maximum entropy methods
10%
Hot Temperature
10%
Direct numerical simulation
10%
Gas turbine power plants
10%
Flow rate
9%
Phase velocity
9%
Thermal barrier coatings
9%
Atomic force microscopy
9%
Liquid fuels
8%
Mass transfer
8%
Nitrates
8%