Engineering & Materials Science
Turbulent flow
92%
Vortex flow
51%
Microgravity
46%
Shear flow
42%
Velocity measurement
41%
Tensors
39%
Large eddy simulation
39%
Vorticity
36%
Turbulence
36%
Reynolds number
30%
Blowouts
24%
Strain rate
23%
Imaging techniques
22%
Microactuators
21%
Boundary layers
20%
Fractals
19%
Energy dissipation
17%
Air
17%
Scaling laws
15%
Hot Temperature
14%
Anisotropy
14%
Atomization
14%
Temperature
13%
Spectroscopy
13%
Methane
13%
Fluids
13%
Chemical reactions
12%
Mach number
12%
Wavelength
12%
Direct numerical simulation
11%
Reaction kinetics
10%
Modulation
9%
Actuators
9%
Flammability
9%
Lasers
8%
Reaction rates
8%
Buoyancy
8%
Propane
8%
Liquids
8%
Hydrogen
7%
Kinetic energy
7%
Compressibility
7%
Experiments
6%
Engines
6%
Helium
6%
Statistics
6%
Semiconductor lasers
6%
Computer simulation
6%
Combustion chambers
6%
Laser spectroscopy
6%
Physics & Astronomy
turbulent flow
65%
flames
50%
vortex rings
36%
diffusion flames
36%
microgravity
33%
shear flow
30%
turbulent jets
29%
scalars
28%
vorticity
26%
jet flames
22%
gradients
22%
particle image velocimetry
21%
blowouts
21%
turbulent flames
20%
closures
20%
tensors
20%
strain rate
18%
large eddy simulation
18%
dissipation
18%
turbulence
18%
fractals
16%
scaling
15%
Reynolds stress
14%
extinction
14%
air
13%
heat
12%
chemistry
11%
combustion chambers
11%
equivalence
11%
Schmidt number
11%
diluents
10%
scaling laws
10%
turbulent boundary layer
10%
entrainment
10%
homogeneous turbulence
10%
Reynolds number
9%
reacting flow
9%
far fields
9%
scale models
9%
intersections
9%
flame propagation
9%
rings
8%
electrokinetics
8%
engines
8%
hydrocarbons
8%
products
7%
turbulent diffusion
7%
alignment
6%
chemical reactions
6%
Mathematics
Turbulent Flow
100%
Shear Flow
37%
Particle Image Velocimetry
32%
Turbulence
21%
Strain Rate
20%
Scalar
20%
Tensor
20%
Gradient
19%
Similarity
17%
Dissipation
16%
Fractal
15%
Vorticity
15%
Non-equilibrium
13%
Large Eddy Simulation
12%
Imaging
12%
Equivalence Principle
12%
Heat
11%
Scaling
11%
Vortex
11%
Turbulent Mixing
11%
Direct numerical Simulation
10%
Scalar Field
10%
Anisotropy
10%
Experimental Study
10%
Alignment
9%
Flame
9%
Far Field
9%
Experimental Results
8%
Reynolds number
8%
Near-field
7%
Buoyancy
7%
Vortex Ring
6%
Intersection
6%
Mixing Layer
6%
Reynolds Stress
6%
Energy Dissipation
6%
Modeling
6%
Closure
6%
Fluid
6%
Integral Method
6%
Range of data
6%
Momentum
6%
Vortex Sheet
5%
Transport Equation
5%
Scaling Laws
5%
Frequency Response
5%
Coaxial
5%
Entrainment
5%
Subgrid-scale Model
5%
Velocity Field
5%
