Aircraft aerodynamic design often involves evaluating flow conditions that span low
subsonic to transonic or even supersonic Mach numbers. Compressible flow solvers are a …

The adoption of hybrid–electric propulsion, allowing us to partially replace fuel with batteries
and to reduce aircraft in-flight emissions, represents one of the main investigated solutions …

The request for faster and greener civil aviation is urging the worldwide scientific community
and aerospace industry to develop a new generation of supersonic aircraft, which are …

Characterizing flow fields with neural networks has witnessed a considerable surge in
recent years. However, the efficacy of these techniques is typically constrained when …

A method based on fluid–structure coupling is used in this study to calculate the response of
a rocket fairing as it is falling. Some cases of vibration divergence of the fairing were found …

Currently, supersonic vehicles are studied as future civil transports. The selection and
design of aerofoils plays an important step in the aircraft design process. NACA 64-008A …

Designing supersonic transport (SST) aircraft requires accounting for performance and
stability at high-speed and low-speed conditions. Previous work demonstrated that there is a …

In the realm of supersonic design, obtaining data for numerous supersonic configurations
amidst intricate flow conditions proves time-consuming due to the excessive costs …

The aerospace industry is a hotbed of innovation and technology, constantly pushing the
boundaries of what is possible in aviation and space exploration. While conventional …

In the context of subsonic and supersonic airfoil flows in fluid mechanics, this study aims to
numerically simulate the Poisson equation. The focus is on analyzing the variation of fluid …