This article reviews evidence concerning the cornerstone dissipation scaling of turbulence
theory:, with C ϵ= const., ϵ the dissipation rate of turbulent kinetic energy, and an integral …

We investigate non-equilibrium turbulence where the non-dimensionalised dissipation
coefficient C ε scales as C ε∼ R e M m/R e ℓ n with m≈ 1≈ n (Re M and Re ℓ are …

The effect of large-scale forcing on the second-and third-order longitudinal velocity structure
functions, evaluated at the Taylor microscale is, the closer the exponent is to the value …

We present a generalisation of the Kármán–Howarth–Monin (K–H–M) equation to include
variable-density (VD) effects. The derived equation (i) reduces to the original K–H–M …

We apply a coarse-graining technique to understand the efficiency of scale-to-scale
transport of energy and enstrophy in a quasi-two-dimensional weakly turbulent periodic flow …

When a liquid stream is injected into a gaseous atmosphere, it destabilizes and continuously
passes through different states characterized by different morphologies. Throughout this …

An efficient algorithm for computing the terms appearing in the Generalised Kolmogorov
Equation (GKE) written for the indefinite plane channel flow is presented. The algorithm …

Most turbulent flows are characterized by coherent motion (CM), whose dynamics reflect the
initial and boundary conditions of the flow and are more predictable than that of the random …

Transport equation for the isotropic turbulent energy dissipation rate in the far-wake of a
circular cylinder Page 1 J. Fluid Mech. (2015), vol. 784, pp. 109–129. c Cambridge University …

Transport equations for the normalized moments of the longitudinal velocity derivative Fn+ 1
(here, n is 1, 2, 3...) are derived from the Navier–Stokes (N–S) equations for shearless grid …