To understand how internal flow structures manifest themselves in the global heat transfer,
we study the correlation between different flow modes and the instantaneous Nusselt …

We present a numerical study of the flow states and reversals of the large-scale circulation
(LSC) in a two-dimensional circular Rayleigh–Bénard cell. Long-time direct numerical …

We investigate numerically the three-dimensional (3D) flow around a squareback Ahmed
body at Reynolds number Re= 10 4. Proper orthogonal decomposition (POD) is applied to a …

We present proPTV, a comprehensive framework for particle tracking velocimetry. The
framework is an open-source software project and written in Python. It provides the user with …

Numerical simulations of a spatially developing transitional flow in a vertical channel with
one side uniformly heated and subjected to random velocity fluctuations at the inlet have …

The present paper reports on a time-resolved three-dimensional experimental study of
turbulent Rayleigh–Bénard convection inside a cylinder with one-half aspect ratio. The …

Turbulent thermal convection was numerically investigated in a cubic cavity under
homogeneous and inhomogeneous heating for Rayleigh number Ra= 10 7 and Prandtl …

We present a two-dimensional numerical study of turbulent Rayleigh–Bénard convection
with air as the working fluid over a multi-scale randomly roughened surface in a rectangular …

This paper investigates radiative transfer effects on Rayleigh–Bénard convection in a cubic
cell over a large range of Rayleigh numbers, from Ra= 10 3 (below the onset of convection) …

We present a formulation of proper orthogonal decomposition (POD) producing a velocity–
temperature basis optimized with respect to an H 1 dissipation norm. This decomposition is …