The direct numerical simulation (DNS) of the turbulent heat transfer for various Prandtl
numbers ranging from 0.025 to 5 are performed to obtain statistical quantities such as …

In this paper, the effects of adiabatic and isothermal conditions on the statistics in
compressible turbulent channel flow are investigated using direct numerical simulation …

In the industrial practice, 3D-CFD in-cylinder simulations still largely rely on RANS
turbulence models and high-Reynolds wall treatments, ie based on wall functions. However …

Simultaneous measurements of the velocity (u and ν in the streamwise and wall-normal
directions, respectively) and temperature fluctuations (θ) in the thermal boundary layer were …

The influence of dense-gas effects on compressible wall-bounded turbulence is investigated
by means of direct numerical simulations of supersonic turbulent channel flows. Results are …

A study of multicomponent reacting channel flows with significant heat transfer and low
Mach number has been performed using a set of direct and wall-resolved large-eddy …

To investigate the transport of scalars by turbulent flows with different shear stresses, direct
numerical simulations were performed of passive heat transfer in a plane channel and …

We investigate the fluctuations of thermodynamic state variables in compressible
aerodynamic wall turbulence, using results of direct numerical simulation (DNS) of …

Passive cooling configurations are attracting an increasing interest in different thermal
management applications. Nevertheless, a more efficient design requires deeper …

Integration across a fully developed turbulent channel flow of the transport equations for the
mean and turbulent parts of the scalar dissipation rate yields relatively simple relations for …