Engineering & Materials Science
Turbines
100%
Turbulence models
42%
Drag reduction
35%
Computational fluid dynamics
29%
Turbomachine blades
24%
Water
24%
Flow control
23%
Aerodynamic drag
22%
Plasmas
21%
Numerical methods
20%
Kinetic energy
19%
Actuators
17%
Electricity
17%
Computational methods
16%
Turbulent flow
14%
Vortex flow
14%
Drag
14%
Nozzles
14%
Flow fields
13%
Turbulence
12%
Energy conversion
12%
Pipe
11%
Propellers
10%
Fluids
10%
Blow molding
10%
Geometry
9%
Wheels
9%
Computer simulation
9%
Aerodynamics
8%
Reynolds number
8%
Rhodamine B
8%
Drag coefficient
7%
Velocity distribution
7%
Flow separation
7%
Hydraulics
7%
Torque
6%
Wall function
6%
Air entrainment
6%
Costs
6%
Air
6%
Shear stress
6%
Pressure gradient
6%
Rotating disks
6%
Boundary layers
6%
Airfoils
5%
Compressible flow
5%
Velocity measurement
5%
Analysis of variance (ANOVA)
5%
Momentum
5%
Flow rate
5%
Physics & Astronomy
turbines
30%
aerodynamic drag
20%
blades
15%
turbulence models
14%
computational fluid dynamics
13%
simulation
12%
performance
12%
charge flow devices
11%
drag reduction
11%
trucks
10%
nozzles
9%
beds
8%
active control
8%
degrees of freedom
8%
depreciation
8%
Indonesia
7%
actuators
7%
air
7%
power plants
7%
rivers
6%
suction
6%
air flow
6%
mud
6%
blowing
6%
bluff bodies
6%
buckets
6%
hydraulic jets
6%
boilers
5%
water flow
5%
cross flow
5%
airfoils
5%
entrainment
5%
outlets
5%
boxes
5%
turbulence
5%
steam
5%
Mathematics
Turbine
48%
Cross-flow
35%
Turbulence Model
26%
Blade
18%
Computational Fluid Dynamics
15%
Flow Field
11%
Performance
10%
Computational Methods
10%
Prediction
9%
Drag Reduction
8%
Wind Turbine
8%
Standards
7%
Dissipation
7%
Nozzle
6%
Moving Mesh
6%
Flow Control
6%
Actuator
6%
Drag
5%
Shear Stress
5%
Moving Mesh Method
5%
Curvature
5%
Plasma
5%
Compressible Flow
5%
Straight
5%
