Engineering & Materials Science
Heat pipes
100%
Engines
97%
Evaporation
77%
Hot Temperature
73%
Fluids
68%
Boiling liquids
59%
Liquids
57%
Temperature
54%
Heating
49%
Diesel engines
47%
Heat transfer
47%
Water
47%
Diesel fuels
45%
Engine cylinders
44%
Atomization
42%
Rankine cycle
40%
Gasoline
39%
Requirements engineering
36%
Wetting
36%
Vapors
34%
Explosions
33%
Tensors
33%
Recommender systems
32%
Biodiesel
31%
Computational fluid dynamics
30%
Direct injection
30%
Internal combustion engines
27%
Industry
26%
Vortex flow
26%
Liquid films
26%
Experiments
25%
Modeling languages
25%
Waste heat utilization
24%
Costs
23%
Evaporators
23%
Air
22%
Collaborative filtering
22%
Visualization
22%
Microgravity
21%
Nozzles
21%
Decision making
21%
Compressed natural gas
20%
Two phase flow
20%
Nucleation
19%
Heat flux
19%
Emulsions
19%
Ignition
18%
Heat transfer coefficients
18%
Flow patterns
18%
Composite materials
18%
Cooling
17%
Exhaust gas recirculation
17%
Machine learning
17%
Surface tension
17%
Information systems
17%
Fuel injection
17%
Gravitation
16%
Machining
16%
Gases
16%
Cavitation
16%
Geometry
16%
Physics
16%
Logistics
16%
Military vehicles
15%
Pistons
15%
Microchannels
15%
Process planning
15%
Seed
15%
Large eddy simulation
15%
Compliance
15%
Cryogenics
15%
Ethanol
15%
Students
14%
Computer simulation
14%
Turbulence
14%
Hydrodynamics
14%
Monitoring
14%
Risk assessment
14%
Cloud computing
14%
Code division multiple access
14%
Case based reasoning
13%
Augmented reality
13%
Numerical models
13%
Asynchronous transfer mode
13%
Brakes
13%
Energy utilization
12%
Data privacy
12%
Velocity measurement
12%
Automatic teller machines
12%
Fuel consumption
12%
Contact angle
12%
Refrigerants
12%
Museums
12%
Neural networks
12%
Boundary conditions
12%
Ball screws
12%
Semantics
12%
Rockets
12%
Cryogenic energy storage
11%
Viscosity of liquids
11%
Physics & Astronomy
heat pipes
63%
evaporation
45%
liquids
37%
water
36%
bubbles
31%
boiling
31%
sprayers
28%
heating
28%
vapors
26%
heat transfer
25%
nuclei
25%
explosions
22%
microgravity
21%
gasoline
21%
temperature
21%
time measurement
21%
fluids
20%
rocket planes
20%
simulation
19%
neutrons
19%
atomizing
18%
engines
16%
life (durability)
16%
solid surfaces
16%
nucleation
16%
vortex rings
16%
diesel engines
15%
decay
15%
ethyl alcohol
14%
diesel fuels
14%
heat flux
14%
injection
13%
predictions
13%
pistons
13%
parabolic flight
13%
gravitation
12%
isotopes
12%
flat plates
11%
large eddy simulation
11%
emulsions
11%
evaporators
11%
methodology
11%
mesh
11%
isomers
11%
surface temperature
10%
half life
10%
oils
10%
flames
10%
evaporation rate
10%
interfacial tension
10%
characterization
9%
hydrodynamics
9%
fission
9%
performance
9%
protons
9%
spectroscopy
9%
excitation
9%
impact velocity
9%
magnetic properties
9%
generators
9%
rays
9%
heat
8%
internal combustion engines
8%
working fluids
8%
flight conditions
8%
aerodynamic characteristics
8%
high gravity environments
8%
risk assessment
8%
nozzles
8%
premixed flames
8%
penetration
7%
sounding rockets
7%
nucleate boiling
7%
composite materials
7%
condensation
7%
vortices
7%
magnetization
7%
gases
7%
screws
7%
particle image velocimetry
7%
rainbows
7%
aerodynamics
7%
ground state
7%
microchannels
7%
flow distribution
7%
viscosity
7%
energy
6%
temperature distribution
6%
grids
6%
interactions
6%
tubes
6%
cooling
6%
gas temperature
6%
European Space Agency
6%
detectors
6%
direct numerical simulation
6%
machining
6%
mass transfer
5%
Chemical Compounds
Liquids
40%
Boiling liquids
36%
Heat pipes
31%
Wetting
26%
Atomization
26%
Water
24%
Hot Temperature
22%
Temperature
20%
Evaporation
18%
Vapors
18%
Heat transfer
17%
Biofuels
16%
Fluids
16%
Nucleation
12%
Liquid films
12%
Surface tension
11%
Viscosity of liquids
11%
Diesel fuels
11%
Engines
10%
Heating
10%
Large eddy simulation
9%
Diesel engines
9%
Heat flux
9%
Microchannels
9%
Surface roughness
9%
Numerical models
8%
Compressed natural gas
8%
Cavitation
8%
Risk assessment
8%
Film thickness
8%
Experiments
8%
Explosions
8%
fluorocarbon 72
7%
Logistics
7%
n-dodecane
7%
Gases
7%
Computer simulation
7%
Heat exchangers
7%
Nozzles
7%
Direct injection
7%
Physics
7%
Engine cylinders
7%
Contact angle
7%
Microgravity
7%
Decision making
6%
Gasoline
6%
Polypropylenes
6%
Carbon Monoxide
6%
Carbon Dioxide
6%
Seed
6%
Polyethylene Glycol Dimethacrylate Hydrogel
6%
Composite materials
6%
Heat transfer coefficients
6%
Glycerol
6%
Pistons
6%
Emulsions
6%
Natural gas
6%
Flow patterns
6%
Cryogenics
6%
Geometry
6%
Substrates
5%
Image analysis
5%
Coatings
5%
Soot
5%
titanium carbide
5%
2,2,4-trimethylpentane
5%
Computational fluid dynamics
5%
Photography
5%
Turbulence
5%
Pore size
5%
Permanent magnets
5%
Intraocular lenses
5%
Cryogels
5%
Coalescence
5%