Engineering & Materials Science
Air
11%
Axial flow
17%
Boiling liquids
40%
Buffeting
23%
Cavitation
10%
Computer simulation
11%
Cooling systems
14%
Corrosion
16%
Deposits
18%
Energy harvesting
33%
Experiments
20%
Film thickness
11%
Flow velocity
23%
Fluids
24%
Gases
19%
Harvesters
28%
Heat flux
18%
Heat transfer
13%
Heat transfer coefficients
10%
Hot Temperature
14%
Liquid films
54%
Liquids
46%
Macros
18%
Mass transfer
12%
Microchannels
22%
Microfluidics
11%
Nuclear energy
15%
Nuclear reactors
12%
Orifices
38%
Pipe
15%
Planforms
13%
Power generation
15%
Pressure drop
36%
Pressure gradient
18%
Refrigerants
10%
Reynolds number
28%
Rivers
9%
Security systems
8%
Solar energy
10%
Steam generators
17%
Turbulence
34%
Turbulence models
18%
Turbulent flow
25%
Two phase flow
77%
Vapors
9%
Void fraction
30%
Vortex shedding
11%
Water
28%
Wind power
15%
Wind tunnels
12%
Chemical Compounds
Application
8%
Asymmetry
5%
Boiling
19%
Boiling Pressure
10%
Bubble
5%
Cavitation
12%
Coil
16%
Condensation
5%
Cooling
5%
Corrosion
12%
Cylinder
5%
Energy
7%
Evaporation
5%
Exergy
12%
Filament
24%
Flow
78%
Gas
6%
Heat
15%
Heat Transfer
30%
Hydrodynamics
5%
Liquid
22%
Liquid Film
20%
Mass Transfer
14%
Nanoparticle
5%
Nuclear Power
15%
Nusselt Number
18%
Porosity
9%
Pressure
24%
Pressure Drop
51%
Reduction
5%
Refrigerant
10%
Reynolds Number
33%
Rod Like Crystal
6%
Shape
7%
Shear Stress
5%
Simulation
8%
Solar Receiver
9%
Transfer Coefficient
13%
Turbulence
38%
Two-Phase Flow
100%
Velocity
32%
Weber Number
9%
Wind Energy
18%
Physics & Astronomy
aeroelasticity
8%
air
5%
air flow
5%
annular flow
35%
axial flow
6%
boilers
24%
boiling
29%
chalk
7%
coils
7%
condensation
7%
cooling
6%
cooling systems
11%
core flow
10%
difluorides
5%
entrainment
9%
evaporation
5%
film thickness
7%
flapping
10%
flow distribution
5%
fluids
9%
gases
15%
heat flux
10%
heat transfer
13%
heat transfer coefficients
10%
liquids
34%
mass ratios
5%
microbalances
20%
microchannels
19%
molten salts
6%
nuclear reactors
9%
orifices
5%
planforms
7%
predictions
31%
pressure drop
29%
pressure gradients
13%
reactors
5%
refrigerants
10%
rivers
6%
simulation
8%
solar energy
5%
tubes
28%
turbulence
9%
turbulence models
17%
turbulent flow
7%
two phase flow
73%
velocity distribution
5%
voids
19%
vortex shedding
6%
water
11%
windpower utilization
17%