Keyphrases
Airfoil Flow
51%
Algebraic Renormalization
38%
Arterial Tree
38%
Artificial Dissipation
38%
Blood Flow
29%
Boundary Layer
54%
Boundary Layer Flow
60%
Direct numerical Simulation
97%
Eddy Viscosity
35%
Eddy-viscosity Model
100%
Elliptic Equations
38%
Elliptical Duct
38%
Field-assisted
38%
Flat Plate
70%
Flow around
54%
High-order Discretization
38%
Higher-order Derivatives
32%
Immersed Boundary Method
45%
Liquid Metal MHD
58%
Low Reynolds number
33%
Low Temperature
38%
Magnetic Field
30%
Magnetohydrodynamic Generator
38%
Major Axis
38%
MHD Generator
67%
Navier-Stokes
48%
Non-uniformity
38%
Numerical Results
33%
Numerical Simulation
33%
Pipe Flow
33%
Poisson Equation
32%
Proper Orthogonal Decomposition
72%
Puffing
58%
Pulsatile Flow
58%
Renormalization Group
96%
Renormalization Group Theory
38%
Reynolds number
48%
Rotating Magnetic Field
38%
Secondary Flow
38%
Transitional Boundary Layer
48%
Turbulence
80%
Turbulence Model
38%
Turbulence Statistics
33%
Turbulence Theory
38%
Turbulent Boundary Layers
38%
Turbulent Eddy Viscosity
48%
Turbulent Flow
66%
Turbulent Flow Simulation
77%
Two Dimensional
35%
Wall-mounted Cube
38%
Engineering
Airfoil
45%
Boundary Condition
49%
Boundary Layer
90%
Computer Simulation
25%
Critical Reynolds Number
29%
Cross Section
25%
Direct Numerical Simulation
91%
Discretization
38%
Discretization Scheme
29%
Driven Flow
38%
Duct
25%
Eddy Viscosity
30%
Eddy-Viscosity Model
100%
Elliptical Duct
38%
Energy Engineering
24%
Flat Plate
54%
Flow Regime
41%
Good Agreement
29%
Laminar Flows
27%
Laplace Operator
29%
Layer Flow
58%
Leading Edge
29%
Length Scale
35%
Liquid Metal
60%
Low-Temperature
38%
Magnetic Field
38%
Magnetohydrodynamic Generator
93%
Major Axis
38%
Mhd
77%
Moving Window
38%
Numerical Methods
38%
Orifice
25%
Phase Shift
24%
Pipe Diameter
29%
Pipeline Fluid Flow
43%
Pressure Difference
22%
Proper Orthogonal Decomposition
62%
Rectangular Plate
29%
Reynolds Shear Stress
35%
Reynolds' Number
75%
Rotating Magnetic Field
38%
Secondary Flow
38%
Singularities
29%
Turbulence Intensity
48%
Turbulent Flow
99%
Turbulent Motion
29%
Two Dimensional
48%
Velocity Field
47%
Velocity Profile
58%
Vortex
32%