Keyphrases
Large Eddy Simulation
85%
Direct numerical Simulation
81%
Wall Model
76%
WMLES
48%
Span-wise
44%
Mean Flow
39%
Wall-bounded Flows
39%
High Reynolds number
39%
Reynolds number
32%
Roughness Element
29%
Reynolds-averaged
26%
Law of the Wall
26%
NavierStokes
24%
Rough Surface
24%
Velocity Fluctuation
23%
Wall Shear Stress
22%
Wall Modeling
21%
Rough Wall
20%
Turbulence Model
20%
Turbulent Boundary Layers
19%
Turbulent Channel Flow
19%
Additive Manufacturing
18%
Streamwise
18%
Turbulence
17%
Attached Eddies
17%
Roughness Model
17%
Boundary Layer
16%
Recalibration
16%
Attached Eddy Hypothesis
16%
Wall-bounded Turbulent Flows
16%
Training Data
15%
Streamwise Velocity
15%
Reynolds-averaged Navier-Stokes
14%
Grid Resolution
14%
Heat Transfer
14%
Eddies
14%
Machine Learning
13%
Turbulent Boundary Layer Flow
13%
Boundary Layer Flow
13%
Near-wall
13%
Turbulent Flow
12%
Machine Learning Models
12%
Coarse Grid
12%
Additive Model
12%
Grid Convergence
12%
Second Moment Closure
12%
Channel Flow
12%
Logarithmic Layer
12%
Secondary Flow
11%
Additive Process
11%
Engineering
Boundary Layer
67%
Channel Flow
55%
Reynolds' Number
54%
Streamwise
53%
Roughness Element
51%
Rough Wall
38%
High Reynolds Number
38%
Turbulent Boundary Layer
37%
Turbulent Flow
36%
Reynolds-Averaged Navier-Stokes
32%
Layer Flow
27%
Wall Shear Stress
26%
Secondary Flow
26%
Similarities
22%
Computational Fluid Dynamics
22%
Reynolds Stress
18%
Grid Point
18%
Pressure Gradient
17%
Coarse Grid
17%
Separated Flow
17%
Nonequilibrium
17%
Flow Quantity
16%
Recalibration
16%
Velocity Profile
16%
Structure Function
15%
Surface Coverage
14%
Flow Condition
14%
Cooling Channel
14%
Velocity Fluctuation
14%
Wall Turbulence
13%
Feedforward
12%
Grid Convergence
12%
Spanwise Direction
12%
Packing Density
12%
Length Scale
11%
Logarithmic Law
11%
Shear Layer
11%
Reynolds Stress Model
10%
Two Dimensional
10%
Grid Quality
10%
Skin Friction
10%
Matching Model
10%
Streamwise Velocity Fluctuation
9%
Angular Momentum
9%
Velocity Component
9%
