To draw concrete pictures of the hierarchy of multiscale coherent vortices in turbulence
behind a cylinder and to reveal their sustaining mechanism, we conduct direct numerical …

Turbulent wakes are often characterized by dominant coherent structures over disparate
scales. Dynamics of their behaviour can be attributed to interscale energy dynamics and …

To further investigate the reason contributing to the abrupt increase in pressure fluctuations
on the sunroof and the characteristics of energy transfer between velocity and pressure …

This study investigates the turbulent flow properties experimentally in the vicinity of two side-
by-side circular cylinders, along with the influence of the third cylinder of the same …

Flow past bluff bodies like square cylinders is important in engineering applications, but flow
patterns behind staggered cylinder arrangements remain poorly understood. Existing …

Direct numerical simulations are performed for grid-generated turbulence with low Reynolds
numbers to study the interscale transfer of turbulent energy. The Reynolds numbers based …

A piston-driven synthetic jet actuator has the potential for application in flow control and
fundamental studies of turbulence, although the high-speed flow generated by this actuator …

This paper presents a quadrant analysis of turbulent rotor wakes, placing a particular
emphasis on the self-similarity in single-point turbulent statistics. The self-similarity analysis …

This study conducts two-dimensional numerical simulations of the flow over four square
cylinders arranged side by side at a low Reynolds number (Re) of 100. The investigation …

Direct numerical simulation was carried out to investigate the correlation between the
momentum and passive scalar transfer in a turbulent channel flow with Re τ= u τ δ/ν= 180 …