• 359 Citations
  • 10 h-Index
20142019
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Fingerprint Dive into the research topics where Xiang Yang is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Wall flow
Large eddy simulation
Reynolds number
Turbulent flow
Surface roughness
Boundary layer flow
Turbulence
Channel flow
Direct numerical simulation
Boundary layers
Shear stress
Fluids
Momentum
Statistics
Recycling
Scaling laws
Physics
Aerodynamic heating
Computational mechanics
Drag
Amplitude modulation
Momentum transfer
Viscosity
Friction
Prisms
Parameterization
Iterative methods
Fractals
Web services
Probability distributions
Tensors
Analytical models
Experiments
Modulation
Kinematics
Neural networks
Decomposition
Drag coefficient
Probability density function
Hypersonic boundary layers

Physics & Astronomy

General

wall flow
large eddy simulation
turbulent boundary layer
vortices
fractals
channel flow
web services
boundary layers
scaling
cascades
fluids
recycling
parameterization
momentum transfer
drag coefficients
grids
scalars
formulations
simulation
formalism

Physics

roughness
momentum
eddy viscosity
drag
high speed
modulation
velocity distribution

Aeronautics

boundary layer flow
turbulent flow

Mathematical and Computer Sciences

high Reynolds number
parallel computers
direct numerical simulation
Reynolds number
statistics
iteration

Aerospace Sciences

turbulence
isotropic turbulence

Social and Information Sciences

scaling laws

Engineering

shear stress
moments
prisms
computational mechanics

Mathematics

Scaling
Turbulent Flow
Large Eddy Simulation
Reynolds number
Turbulence
Logarithmic
Additive Process
Modeling
Self-similarity
Structure-function
Additive Models
Fractal
Turbulent Boundary Layer
Fluctuations
Boundary Layer Flow
Random process
Moment generating function
Velocity Distribution
Momentum
Process Model
Roughness
Probability density function
Cascade
Physics
Fluid
Probability Distribution
Range of data
Tensor
Filtering
Model
Neural Networks
Cartesian
Wall Shear Stress
Power Law