Pressure fluctuations play an essential role in the transport of turbulent kinetic energy and
vibrational loading. This study focuses on examining the effect of wall cooling on pressure …

The objective is to investigate an observed multistage shedding process of cloud cavitation
around a NACA66 (mod) hydrofoil with emphasis on the flow structure and the interaction of …

We employ a resolvent-based methodology to estimate velocity and pressure fluctuations
within turbulent channel flows at friction Reynolds numbers of approximately 180, 550 and …

Two-point velocity statistics near the trailing edge of a controlled diffusion airfoil are
obtained, both experimentally and analytically, by decomposing Poisson's equation for …

The near-wall structures and statistics of fluctuating pressure (p′) in compressible turbulent
channel flows (CTCF) with isothermal walls have been investigated by direct numerical …

The scaling relations mapping the turbulence statistics in compressible turbulent boundary
layers (TBLs) onto their incompressible counterparts are of fundamental significance for …

Direct numerical simulation of flow in a turbulent channel with a random rough bottom wall is
performed at friction Reynolds number. The rough surface corresponds to the experiments of …

Studies show that the detection of vector turbulence characteristics is of significant
importance for further cognition of the marine turbulence mechanism. However, a succedent …

This study investigates the inner–outer interaction of the unsteady turbulent flow inside a
duct with wall corrugations, where “inner” refers to the trapped flow in a corrugation-induced …

We use direct numerical simulation to study the vibroacoustic response of an elastic plate in
a turbulent channel at of 180 and 400 for three plate boundary conditions and two materials …