Engineering & Materials Science
Turbulence models
100%
Turbines
85%
Computational fluid dynamics
56%
Turbulent flow
51%
Computer simulation
40%
Gas turbines
37%
Fluid catalytic cracking
36%
Turbulence
32%
Biomass
20%
Numerical methods
20%
Oils
19%
Vortex flow
19%
Flow fields
18%
Temperature
18%
Biogas
17%
Cyclone separators
16%
Catalysts
16%
Air
16%
Heat transfer performance
16%
Manures
16%
Bubble columns
15%
Wall function
15%
Combustion chambers
15%
Charcoal
15%
Turbomachine blades
15%
Flow of fluids
15%
Flue gases
14%
Combined cycle power plants
14%
Compressible flow
14%
Pressure drop
13%
Fluids
12%
Cooling water
12%
Fish
12%
Heat transfer
12%
Biodiesel
11%
Water
11%
Combustors
11%
Experiments
11%
Aviation
10%
Pyrolysis
10%
Fans
10%
Wind tunnels
10%
Furnaces
10%
Flow rate
9%
Nozzles
9%
Wind turbines
9%
Regenerators
9%
Hydrodynamics
9%
Gases
9%
Prandtl number
8%
Physics & Astronomy
turbines
62%
turbulence models
56%
charge flow devices
44%
steam
38%
nozzles
37%
convergent-divergent nozzles
34%
beds
32%
computational fluid dynamics
29%
simulation
28%
power plants
27%
fluid flow
23%
winglets
20%
heat transfer
19%
steam flow
17%
cross flow
17%
mass flow
16%
air flow
16%
vortex generators
15%
gases
14%
boilers
13%
flow distribution
13%
blades
11%
turbulent flow
11%
air
11%
flow characteristics
11%
Reynolds stress
10%
fluids
10%
heat transfer coefficients
10%
impulses
10%
degrees of freedom
10%
turbulence
10%
kinetic energy
9%
viscosity
9%
throats
9%
dissipation
9%
mesh
8%
curvature
8%
performance
8%
regenerators
8%
momentum
7%
pressure drop
7%
compressible flow
7%
static pressure
6%
outlets
5%
reactors
5%
convection
5%
temperature
5%
risers
5%
fluid dynamics
5%
enthalpy
5%
Mathematics
Cross-flow
68%
Turbulence Model
62%
Turbine
53%
Biomass
31%
Flow Field
26%
Dissipation
26%
Standards
19%
Wind Turbine
19%
Pyrolysis
18%
Computational Fluid Dynamics
17%
Cracking
16%
Moving Mesh
16%
Furnace
16%
Turbulence
14%
Fluid
14%
Nozzle
14%
Fish
14%
Carbon
14%
Combustion
13%
Moving Mesh Method
12%
Prediction
12%
Curvature
12%
Compressible Flow
12%
Flame
11%
Numerical Simulation
10%
Model
9%
Optimization
8%
Regularity
7%
Performance
7%
Deviation
6%
CFD Simulation
6%
Rotating Flow
6%
Performance Model
5%
Catalyst
5%
Energy Absorption
5%
Prandtl number
5%
Turbulent Flow
5%
Heating
5%
