Bayesian optimization (BO) based on Gaussian process regression (GPR) is applied to
different CFD (computational fluid dynamics) problems which can be of practical relevance …

This paper presents a comprehensive analysis of the momentum and energy transfer in
compressible turbulent boundary layers based on integral identities. By considering data …

We report the characteristics of wall shear stress (WSS) and wall heat flux (WHF) from direct
numerical simulation (DNS) of a spatially develo** zero-pressure-gradient supersonic …

In the present study, we performed direct numerical simulations for a hypersonic turbulent
boundary layer over the windward side of a lifting body, the HyTRV model, at Mach number …

Turbulence enhances the wall shear stress in boundary layers, significantly increasing the
drag on streamlined bodies. Other flow features such as free stream pressure gradients and …

Measurements of fluctuating wall pressure in a high-Reynolds-number flow over a body of
revolution are described. With a strong axial pressure gradient and moderate lateral …

This paper investigates the effects of local porous uniform blowing on the skin-friction drag
reduction in the spatially develo** compressible turbulent boundary layers through direct …

A direct numerical simulation of hypersonic Shock wave and Turbulent Boundary Layer
Interaction (STBLI) at Mach 6.0 on a sharp 7° half-angle circular cone/flare configuration at …

The application of drag-control strategies on canonical wall-bounded turbulence, such as
periodic channel and zero-or adverse-pressure-gradient boundary layers, raises the …

For adverse-pressure-gradient turbulent boundary layers, the study of integral skin-friction
contributions still poses significant challenges. Beyond questions related to the integration …