The problem of a flapping filament mounted to a free cylinder provides insight into
computational fluid dynamics. We study the extent to which the length of the flexible filament …

A boundary-layer is a thin fluid layer near a solid surface, and viscous effects dominate it.
The laminar boundary-layer calculations appear in many aerodynamics problems, including …

The convection velocity (UC) of turbulent structures has been studied in adverse-pressure-
gradient (APG) turbulent boundary layers (TBLs) for a wide range of Reynolds numbers R e …

This experimental investigation discusses the effectiveness of shortfin mako shark skin to
passively control turbulent boundary layer separation. Experiments were conducted in a …

The paper presents an experimental investigation of the flow around two bluff bodies in a
tandem arrangement. Two different configurations were investigated. The first one concerns …

In this work, a comprehensive insight into the new passive flow control method, ie a two-
dimensional streamwise waviness (recently proposed by Dróżdż et al.[1]) is provided using …

The effects of surface roughness and other surface topographical feature on turbulent
boundary layer (TBL) development have been widely explored, especially for flow cases …

The paper presents an experimental investigation of air flow around bluff bodies in tandem
configurations. The first one concerns two square cylinders and in the second one a …

Numerical simulations of laminar boundary-layer equations are used to investigate the
origins of skin-friction drag, flow separation, and aerodynamic heating concepts in advanced …

Dynamics of flames stabilized downstream of different shape bluff-bodies (cylindrical,
square, star) with different wall topologies (flat, wavy) is investigated using large-eddy …