Turbulence: An Introduction to Its Mechanism and Theory

Aeronaut anemometer apply assumed assumption boundary layer boundary-layer flow consider constant correlation coefficient correlation function Corrsin curve cylinder decay determined diameter dissipation distance eddy diffusion eddy viscosity effect electric resistance equations of motion error curve Eulerian experimental expression Əxi flow field flow pattern fluid particles free jet free turbulent gradient grid heat Hence homogeneous hot wire incompressible fluid increases integral scale isotropic turbulence kinetic energy Lagrangian mean velocity measured molecular momentum obtained pipe flow plane Prandtl Proc quantity range relation respect Reynolds number scalar shear stress shown shows solution temperature tensor theory tion Townsend transport turbulence energy turbulence intensities turbulence shear turbulence velocities turbulent flow turbulent fluctuation turbulent motion u₁ velocity component velocity correlation velocity distribution vorticity wake flow wall region wavenumber zero ди