Homogeneous turbulence and turbulence in scale-by-scale equilibrium, played a leading
role in the turbulence research of the second half of the twentieth century, and Jack Herring …

A new time-dependent analysis of the global and local fluctuating velocity signals in grid
turbulence is conducted to assess the scaling laws for non-equilibrium turbulence …

Extracting statistics for turbulent flows directly from the Navier–Stokes equations poses a
formidable challenge, particularly when dealing with unsteady or inhomogeneous flows …

Recent observations indicate that the evolution of homogenous turbulence near its initial
conditions is characterized by nonclassical, out-of-equilibrium scaling laws for the energy …

In airborne data or model outputs, clouds are often defined using information about Liquid
Water Content (LWC). Unfortunately LWC is not enough to retrieve information about the …

When vortex electromagnetic waves propagate through a turbulent atmosphere, the
amplitude and phase of the electromagnetic waves are disturbed, creating the scintillation …

The classical theory of homogeneous isotropic turbulence predicts the ratio of transverse to
longitudinal structure functions or power spectra equal to 4/3 in the inertial subrange. For the …

This work concerns analysis of turbulence in the Atmospheric Boundary Layer (ABL) short
before and after the sunset. Based on a large set of the Doppler lidar measurements at rural …

This work is devoted to the detection of non-equilibrium turbulence states in atmospheric
turbulence. The non-equilibrium scaling contradicts the classical Richardson-Kolmogorov …

These days usage of wireless communication has become vast compared to wired
communication. The landline is replaced with a mobile, wi-fi with DAS. From the era of 1970 …