Add to ORKGA glimpse is provided of the research program in stability, transition and turbulence based on numerical simulations. This program includes both the so-called abrupt and the restrained transition processes. Attention is confined to the prototype problems of channel flow and the parallel boundary layer in the former category and the Taylor-Couette flow in the latter category. It covers both incompressible flows and supersonic flows. Some representative results are presented
Interest in the study of stability lies in the strong link with the laminar-to-turbulent transition ...
International audienceMixing layers, jets, wakes, boundary layers over wings or rotating disks, Pois...
Two papers are included in this progress report. In the first, the compressible Navier-Stokes equati...
A glimpse is provided of the research program in stability, transition, and turbulence based on nume...
Direct simulations consist in solving the full Navier-Stokes equations, without any turbulence model...
Progress in a recently started project aimed at the prediction of transition to turbulence in hypers...
The resolution requirements for direct numerical simulations of transition to turbulence are investi...
The transition of an incompressible boundary layer, with zero pressure gradient and low free-stream ...
The theme of this thesis is transition to turbulence in linearly stable shear flows. Laminar-turbule...
The transition from laminar to turbulent flow in a boundary layer is a complex phenomenon that may t...
We study the Navier-Stokes equations in three dimensional plane Couette flow geometry subject to str...
Results obtained from a numerical simulation of the final stages of transition to turbulence in plan...
The cost of fuel to overcome turbulence induced viscous drag on a commercial airplane constitutes a ...
The fundamentals of stability theory, its chief results, and the physical mechanisms at work are pre...
Predicting the boundary layer transition to turbulence around a hypersonic vehicle is a challenging ...
Interest in the study of stability lies in the strong link with the laminar-to-turbulent transition ...
International audienceMixing layers, jets, wakes, boundary layers over wings or rotating disks, Pois...
Two papers are included in this progress report. In the first, the compressible Navier-Stokes equati...
A glimpse is provided of the research program in stability, transition, and turbulence based on nume...
Direct simulations consist in solving the full Navier-Stokes equations, without any turbulence model...
Progress in a recently started project aimed at the prediction of transition to turbulence in hypers...
The resolution requirements for direct numerical simulations of transition to turbulence are investi...
The transition of an incompressible boundary layer, with zero pressure gradient and low free-stream ...
The theme of this thesis is transition to turbulence in linearly stable shear flows. Laminar-turbule...
The transition from laminar to turbulent flow in a boundary layer is a complex phenomenon that may t...
We study the Navier-Stokes equations in three dimensional plane Couette flow geometry subject to str...
Results obtained from a numerical simulation of the final stages of transition to turbulence in plan...
The cost of fuel to overcome turbulence induced viscous drag on a commercial airplane constitutes a ...
The fundamentals of stability theory, its chief results, and the physical mechanisms at work are pre...
Predicting the boundary layer transition to turbulence around a hypersonic vehicle is a challenging ...
Interest in the study of stability lies in the strong link with the laminar-to-turbulent transition ...
International audienceMixing layers, jets, wakes, boundary layers over wings or rotating disks, Pois...
Two papers are included in this progress report. In the first, the compressible Navier-Stokes equati...