Engineering & Materials Science
Aerodynamics
17%
Aluminum
19%
Atmospheric boundary layer
19%
Atomization
38%
Boundary layer flow
16%
Boundary layers
16%
Cavitation
24%
CdS nanoparticles
24%
Centrifugal pumps
26%
Characterization (materials science)
19%
Collapsible tubes
19%
Combustion knock
30%
Composite materials
25%
Computational fluid dynamics
100%
Computer simulation
22%
Controllers
19%
Cooling systems
21%
Cotton
38%
Drag
20%
Drag coefficient
20%
Electrospinning
14%
Engineers
14%
Experiments
20%
Fibers
15%
Finite volume method
35%
Flow fields
22%
Flow of fluids
36%
Flow structure
15%
Fluids
19%
Friction
55%
Gasoline
15%
Genetic algorithms
17%
Geometry
41%
Global positioning system
21%
Heat transfer
37%
Hydrogen engines
68%
Ignition systems
30%
Internal combustion engines
65%
Laminar flow
19%
Liquids
15%
Machine learning
16%
Mechanical properties
15%
Metals
14%
Microstructure
14%
Momentum
16%
Nanofibers
14%
Navier Stokes equations
28%
Nonwoven fabrics
39%
Nozzles
28%
Oil spills
17%
Optical flows
16%
Pipe
31%
Pipe flow
17%
Position control
18%
Pressure drop
14%
Repair
18%
Reynolds number
36%
Robust control
14%
Semantics
15%
Sorbents
16%
Sorption
24%
Substrates
18%
Tensile strength
25%
Testing
15%
Textiles
30%
Trajectories
15%
Transonic flow
17%
Turbulence
34%
Turbulent flow
29%
Uncertainty
27%
Vortex flow
37%
Vortex shedding
17%
Wall function
20%
Wind tunnels
27%
Wind turbines
22%
Physics & Astronomy
aerodynamics
23%
aluminum
11%
atmospheric pressure
19%
attachment
5%
backward facing steps
31%
bluff bodies
15%
borides
6%
bubbles
6%
buoyancy
5%
casts
9%
cells
8%
characterization
6%
composite materials
13%
compressible flow
6%
controllers
15%
cooling systems
26%
direct broadcast satellites
12%
disturbances
19%
drag coefficients
6%
estimators
24%
finite volume method
15%
flow characteristics
6%
fluid flow
15%
friction
9%
friction factor
7%
friction stir welding
8%
globes
7%
grids
40%
hardness
6%
jet impingement
31%
laminar flow
5%
landing
15%
low Reynolds number
12%
matrices
9%
mechanical properties
16%
metal matrix composites
40%
methodology
13%
microstructure
16%
momentum
6%
nanoparticles
14%
Navier-Stokes equation
10%
needles
7%
nonlinear equations
5%
nozzles
6%
Nusselt number
7%
optical properties
14%
optimization
7%
particulate reinforced composites
27%
particulates
5%
performance
8%
phase velocity
5%
polypropylene
22%
predictions
7%
pressure distribution
7%
regression analysis
5%
Reynolds stress
12%
Richardson number
23%
rotating liquids
34%
ships
9%
shock
11%
simulation
12%
sliding
10%
steady flow
12%
tensile strength
18%
time marching
8%
trajectories
8%
transonic flow
15%
turbulence models
9%
turbulent boundary layer
11%
turbulent flow
18%
velocity distribution
15%
vortex shedding
16%
wear resistance
5%
Mathematics
Aerodynamics
13%
Backward-facing Step
51%
Bifurcation
11%
Buoyancy
7%
Computing
6%
Conserve
7%
Controller
10%
Correlation Analysis
7%
Cross-flow
8%
Diffusivity
6%
Disturbance
21%
Drag Coefficient
8%
Estimator
13%
Experiment
20%
Experimental Data
7%
Flow Field
6%
FLUENT
9%
Friction Coefficient
7%
Gas
8%
Grid
16%
Influence
11%
Interaction
7%
Laminar Flow
6%
Low Reynolds number
15%
Lung
29%
Methodology
10%
Mixed Convection
7%
Model
26%
Moving Grid
17%
NASA
8%
Navier-Stokes Equations
6%
Nozzle
7%
Numerical Computation
21%
Numerical Simulation
23%
Numerical Study
14%
Nusselt number
7%
One-dimensional Model
13%
Percent
6%
Performance Comparison
32%
Phase Velocity
8%
Position Control
22%
Predict
20%
Prediction
7%
Reynolds Equation
7%
Reynolds number
13%
Reynolds Stress
37%
Ship Motion
9%
Shock
11%
Simulation
7%
Staggered Grid
7%
Standard Model
12%
Standards
19%
Steady Flow
24%
Streamlines
6%
Strong Coupling
7%
Temperature Field
6%
Term
9%
Transient Behavior
7%
Transient Flow
15%
Transonic Flow
14%
Tube
17%
Turbulence Model
7%
Turbulent Boundary Layer
17%
Turbulent Flow
10%
Uncertainty
18%
Velocity Field
11%
Velocity Profile
10%
Ventilation
13%
Vessel
6%
Vortex Shedding
22%
Wake
15%
Wind Turbine
18%
