A direct numerical simulation of turbulent heat transfer in a channel flow has been
conducted for a Reynolds number of is increased. Finally, the turbulent budgets are …

The distribution of the heat flux on the walls in a closed cylinder during the compression of a
non-reactive hydrogen–air mixture is investigated using data from a direct numerical …

Unsteady wall heat transfer and thermal stratification during the compression stroke under
engine relevant conditions are investigated using direct numerical simulations (DNS). In …

The unsteady velocity and thermal boundary layers during the compression stroke under
engine-relevant conditions are investigated using direct numerical simulation (DNS). The …

Experiments on pipe flows with uniform sand grit roughness can be seen as early as
Nikuradse (1933). For years to follow, many investigators, such as Hama (1945), Clauser …

Direct numerical simulation has been performed to investigate heat transfer in a zero-
pressure-gradient spatially developing turbulent boundary layer with realistic thermal inflow …

The effect of fluid Prandtl number on the thermal characteristics of the flow at the thermal-
entry region of a hydrodynamically fully developed turbulent channel flow at a friction …

An innovative method for prescribing turbulent thermal inflow information in spatially
developing boundary layers under streamwise pressure gradients is introduced for attached …

An investigation on the modification of turbulent boundary layer characteristics by wall
heating was conducted on the mixed convection turbulent boundary layer flow. The multi …

An experimental investigation was conducted for a better understanding of the turbulence
behavior and the coherent structure in a turbulent boundary layer over a heated plate, which …