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 …

Although the equations governing turbulent flow of fluids are well known, understanding the
overwhelming richness of flow phenomena, especially in high Reynolds number turbulent …

In this study, we demonstrate an efficient approach to investigating the interaction of vortex
pairs on a turbulent boundary layer. Our aim is to assess how vortex characteristics impact …

Experimental research has long shown that forced-convective heat transfer in wall-bounded
turbulent flows of fluids in the supercritical thermodynamic state is not accurately predicted …

The wall pressure fluctuations for a zero pressure gradient high Reynolds number turbulent
boundary layer were studied for both smooth and rough surfaces. The deterministic rough …

Turbulent boundary layers at large Reynolds numbers (up to Re θ= 17 500⁠) are obtained
in a very large recirculating water tunnel and are analyzed through PIV measurements in …

Direct numerical simulations of plane turbulent nonisothermal wall jets are performed and
compared to the isothermal case. This study concerns a cold jet in a warm coflow with an …

Microsensors and actuators suitable for macrofluidic control have been designed, fabricated,
tested, and optimized over the span of the last decade. MEMS-based shear stress sensor …

Relatively little systematic research has been conducted on the turbulence characteristics of
small estuaries. In the present study, detailed measurements were conducted in a small …

The object of the present work is to experimentally study the case of a turbulent boundary
layer subjected to an Adverse Pressure Gradient (APG) with separation and reattachment …