This study experimentally investigated an active flow control method with combined jets at
the front and the rear stagnation points of a square cylinder to suppress the unsteady wake …

This study topologically describes near-wall flows around a surface-mounted cylinder at a
high Reynolds number (. The former should significantly affect the strength of the side vortex …

Large-eddy simulations are performed to study the wake of a wall-mounted finite-length
rectangular prism at a Reynolds number Re​=​ 1.2​×​ 10 4 for the prism aspect ratio AR …

This paper numerically investigates the distributed blowing control of the flow around a
square cylinder at a low Reynolds number of R e= 200. The air holes are placed at the …

This paper presents an active flow control method for flow around a finite-length square
cylinder using dual synthetic jet (DSJ). A piezoelectric dual synthetic jet actuator (DSJA) was …

Different flow models have been proposed for the flow around surface-mounted finite-height
square prisms, but there is still a lack of consensus about the origin and connection of the …

Although the study of flow around buildings has a rich background, the development of
construction material, the congestion of buildings, the urban ventilation and consideration of …

This paper presents a general method to extract a surface pressure field from a skin friction
field in complex flows as an inverse problem, focusing on its application to global …

Flow past two wall-mounted square cylinders in a tandem arrangement are simulated
through direct numerical simulation to investigate the effects of the gap between the two …

The wake of a finite wall-mounted circular cylinder of diameter on the development of the
quadrupole is characterized. The results demonstrate that the quadrupole in the mean field …