This study establishes a continuous adjoint data assimilation model (CADA) for the
reproduction of global turbulent mean flow from a limited number of wall pressure …

Turbulent flow separation induced by a protuberance on one of the walls of an otherwise
planar channel is investigated using direct numerical simulations. Different bulge …

A computational analysis of excited round jets is presented with emphasis on jet bifurcation
phenomenon due to superposition of axial and flapping forcing terms. Various excitation …

In an earlier research (Chen et al., 2015a) a mathematical model was established to
simulate tracer mixing (a KCl solution). The predicted Residence Time Distribution (RTD) …

Numerical simulations are employed to investigate the turbulent kinetic energy (TKE)
budgets in turbulent channel flows with pressure gradients and separation. Incompressible …

The paper presents a detailed LES analysis of turbulent round jets dominated by the
mechanism of Kelvin-Helmholtz (KH) instability and the so-called self-sustained regime …

We present numerical studies of active flow control applied to jet flow. We focus on
rectangular jets, which are more unstable than their circular counterparts. The higher level of …

The paper presents a novel view on the absolute instability phenomenon in heated variable
density round jets. As known from literature the global instability mechanism in low density …

The paper is devoted to a new phenomenon of self-sustained oscillations triggered in a
round free homogeneous-density jet. It was shown by the experimental investigations …

The interaction between near-wall turbulence and wall curvature is described for the
incompressible flow in a plane channel with a small concave–convex–concave bump on the …