The Reynolds-number dependence of turbulent channel flow over two irregular rough
surfaces, based on scans of a graphite and a grit-blasted surface, is studied by direct …

Two conceptual frameworks for the origin of the streaky pattern in near-wall developed
turbulent flows are compared. According to the framework that dominated the research over …

Scaling of pressure fluctuations in compressible turbulent plane channel flow Page 1 J. Fluid
Mech. (2023), vol. 958, A19, doi:10.1017/jfm.2023.42 Scaling of pressure fluctuations in …

Turbulent drag reduction (DR) in an incompressible Taylor-Couette flow configuration using
different patterns of “idealized” superhydrophobic surfaces (SHS) on rotating inner-wall is …

The Orr mechanism is revisited to understand its precise role in the transition of plane
Couette flow. By considering homogeneous shear flow and plane Couette flow, it is …

The present study involves direct numerical simulation of turbulent Taylor–Couette flow
undergoing orthogonal rotation (gravity and rotation axis are perpendicular) subject to …

Skin-friction drag reduction by axial oscillations of an inner cylinder is numerically
investigated at radius ratio (η= 0.5) using direct numerical simulation. In the present study, at …

Opposition control using out-of-phase, combined spanwise and wall-normal velocities at the
walls has been studied. The control aims to establish a virtual wall away from the boundary …

We report on the simulation of a turbulent channel flow in a reduced computational domain
where the wall no-slip boundary condition is replaced with a synthetic boundary condition …

We present a relatively simple, deterministic, theoretical model for the sublayer streaks in a
turbulent boundary layer based on an analogy with Klebanoff modes. Our approach is to …