Engineering & Materials Science
Heat pipes
100%
Evaporation
80%
Engines
78%
Hot Temperature
57%
Temperature
56%
Fluids
53%
Heating
52%
Biodiesel
49%
Liquids
44%
Diesel engines
40%
Boiling liquids
39%
Water
38%
Heat transfer
36%
Diesel fuels
35%
Rankine cycle
34%
Engine cylinders
34%
Gasoline
34%
Explosions
32%
Temperature control
29%
Working fluids
27%
Emulsions
26%
Nozzles
25%
Computational fluid dynamics
24%
Atomization
24%
Two phase flow
24%
Internal combustion engines
22%
Direct injection
21%
Electroencephalography
21%
Vapors
21%
Air
19%
Ethanol
19%
Liquid films
19%
Vortex flow
18%
Exhaust gas recirculation
18%
Cooling
18%
Waste heat utilization
18%
Large eddy simulation
17%
Esters
17%
Microgravity
17%
Computer simulation
16%
Gases
16%
Wetting
16%
Cryogenics
15%
Surface tension
15%
Microchannels
15%
Electric vehicles
15%
Costs
15%
Soils
15%
Composite materials
14%
Oils
14%
Fuel injection
13%
Ignition
13%
Evaporators
13%
Flow patterns
13%
Decomposition
13%
Geometry
12%
Gravitation
12%
Brakes
12%
Superhydrophobicity
12%
Heat flux
12%
Cavitation
11%
Fluid dynamics
11%
Bicycles
11%
Energy utilization
11%
Chemical analysis
11%
Nucleation
11%
Experiments
11%
Boundary conditions
11%
Feedstocks
11%
Neural networks
10%
Graphite
10%
Coalescence
10%
Nanoparticles
10%
Seed
10%
Pistons
10%
Cryogenic energy storage
10%
Soil structure interactions
10%
Turbulence
9%
Fuel consumption
9%
Kerosene
9%
Characterization (materials science)
9%
Liquid fuels
9%
Velocity measurement
9%
Tuning
9%
Thermodynamics
9%
Hydrocarbons
9%
Process planning
9%
Machining
9%
Feedforward neural networks
9%
Flow fields
9%
Hydraulics
9%
Fiber reinforced concrete
8%
Thermosyphons
8%
Waste heat
8%
Lead screws
8%
Contact angle
8%
Design of experiments
8%
Decision making
8%
Feature extraction
8%
Momentum
8%
Physics & Astronomy
heat pipes
73%
evaporation
41%
gasoline
35%
heat transfer
26%
liquids
25%
water
25%
heating
23%
vortex rings
23%
fluids
22%
microgravity
21%
sprayers
21%
temperature
19%
explosions
19%
engines
18%
nucleation
17%
boiling
16%
wettability
16%
bubbles
15%
heat flux
14%
simulation
14%
sounding rockets
14%
emulsions
14%
large eddy simulation
13%
vapors
12%
ethyl alcohol
12%
particle image velocimetry
12%
rocket planes
11%
performance
11%
interfacial tension
11%
evaporation rate
11%
penetration
11%
parabolic flight
11%
mesh
11%
injection
10%
composite materials
10%
condensation
9%
fuel sprays
9%
diesel engines
9%
gravitation
9%
turbulent jets
9%
ring structures
9%
concrete structures
9%
flow distribution
8%
atomizing
8%
predictions
8%
gases
8%
nanoparticles
8%
temperature measurement
8%
vortices
8%
flat plates
8%
direct numerical simulation
7%
evaporators
7%
temperature distribution
7%
impact velocity
7%
hydrodynamics
7%
liquid phases
7%
two phase flow
7%
oils
7%
ice formation
7%
nozzles
7%
working fluids
7%
probability density functions
6%
surface temperature
6%
screws
6%
vapor phases
6%
aerosols
6%
turbulence
6%
flames
6%
rainbows
6%
thermosiphons
6%
internal combustion engines
6%
turbulent flow
6%
heat
6%
thermal conductivity
6%
charge flow devices
5%
high speed
5%
methodology
5%
coagulation
5%
pistons
5%
European Space Agency
5%
vacuum
5%
diesel fuels
5%
kinetics
5%
grids
5%
methyl alcohol
5%
nucleate boiling
5%
viscosity
5%
characterization
5%
velocity distribution
5%
machining
5%
diffusivity
5%
thermal batteries
5%
coalescing
5%
porosity
5%
gas flow
5%
Earth & Environmental Sciences
combustion
22%
engine
21%
diesel engine
15%
energy
13%
spray
10%
simulation
9%
concrete structure
9%
energy storage
9%
liquid
8%
wind turbine
8%
diesel fuel
7%
soil
7%
mortar
7%
effect
7%
soil-structure interaction
7%
fuel additive
7%
modeling
7%
heating
7%
stiffness
7%
combustion engine
7%
diesel
6%
ground motion
6%
inertia
6%
energy consumption
6%
pile
6%
bicycle
6%
recycling
6%
air
6%
smoke
6%
test
6%
compression
6%
insulation
6%
coastal erosion
6%
droplet
6%
methodology
5%
evaporation
5%
method
5%
sand
5%
calculation
5%
temperature
5%
vibration
5%
gravity
5%
antioxidant
5%
ester
5%
carbon dioxide
5%
slag
5%
geometry
5%