Boundary layer transition over a lifting body of 1.6 m length at. The model geometry is the
same as the Hypersonic Transition Research Vehicle designed by the China Aerodynamics …

The present thesis constitutes a step forward in advancing the frontiers of knowledge of fluid
flow instability from a physical point of view, as a consequence of having been successful in …

The self-excited instabilities acting on laminar separation bubbles in the absence of external
forcing are studied by means of linear stability analysis and direct numerical simulation …

Linear stability theory (LST) is often used to model the large-scale flow structures in the
turbulent mixing region and near pressure field of high-speed jets. For perfectly expanded …

A unified solution framework is presented for one-, two-or three-dimensional complex non-
symmetric eigenvalue problems, respectively governing linear modal instability of …

The self-excited global instability mechanisms existing in flat-plate laminar separation
bubbles are studied here, in order to shed light on the causes of unsteadiness and three …

We study a turbulent jet issuing from a cylindrical nozzle to characterise coherent structures
evolving in the turbulent boundary layer. The analysis is performed using data from a large …

An extension of the classical parabolized stability equations to flows strongly dependent on
the two cross-stream spatial directions and weakly dependent on the streamwise one is …

View Video Presentation: https://doi. org/10.2514/6.2021-2121. vid Twin-jet configurations,
composed of two jets placed in close proximity to each other, are a common feature of many …

View Video Presentation: https://doi. org/10.2514/6.2023-3350. vid The mean flow and
stability properties of perfectly-expanded supersonic twin-jet configurations are investigated …