The present review covers the latest evolution of computational aeroacoustics, the field that
deals with the noise generated by fluid flows and its propagation in the medium. It highlights …

In high-speed fluid dynamics, base pressure controls find many engineering applications,
such as in the automobile and defense industries. Several studies have been reported on …

A novel data-driven modal analysis method, reduced-order variational mode decomposition
(RVMD), is proposed, inspired by the Hilbert–Huang transform and variational mode …

In implicit large eddy simulations, a porous material was used to suppress the noise
produced by a flow past an open cavity. The base case has a Mach number and Reynolds …

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 …

A data-driven and physical property-based hydrodynamic and acoustic mode decomposition
method combining dynamic mode decomposition and Helmholtz decomposition is …

Direct numerical simulation of shock-turbulent mixing layer interaction (STMLI) is conducted
in this paper to study the influence of shock-turbulent interaction (STI) on the turbulence …

A high fidelity flow simulation for complex geometries for high Reynolds number (Re) flow is
still very challenging, requiring a more powerful HPC system. However, the development of …

The efficacy of steady large-amplitude blowing/suction on instability and transition control for
a hypersonic flat plate boundary layer with Mach number 5.86 is investigated systematically …

Control of self-sustained oscillation and noise reduction poses a significant challenge. The
present study employs Implicit Large Eddy Simulation at a Mach number of 0.85 to …