188 citations · 467 across the 16 of their papers we have counts for
16 papers
Black hole analogues in two-dimensional flows with constant shear
Alessia Biondi, Scott Robertson, Germain Rousseaux
We investigate the gravitational analogy for shallow water waves propagating on a unidirectional background flow with constant shear. Generalizing the standard irrotational treatme…
Mathematical and numerical study of a model for navigation in stratified waters
Zeina Rammal, Matthieu Brachet, Germain Rousseaux +1
We derive a linear model of navigation in a two-layer fluid with a variable velocity of the ship. A spectral version of the model including a Rayleigh damping term is analyzed. We…
Vortical scattering channel in an aquatic space-time
Alessia Biondi, Scott Robertson, Germain Rousseaux
Effective field theory descriptions of surface waves on flowing fluids have tended to assume that the flow is irrotational, but this assumption is often impractical due to boundary…
On the art of designing effective space-times with free surface flows in Analogue Gravity
Alexis Bossard, Nicolas James, Valentin Jules +3
Accelerating/decelerating trans-critical flows (waterfalls/cataracts) are analogous to space-times of black holes/white fountains since the pioneering work of Sch{ü}tzhold \& U…
How to create analogue black hole or white fountain horizons and LASER cavities in experimental free surface hydrodynamics?
Alexis Bossard, Nicolas James, Camille Aucouturier +3
Transcritical flows in free surface hydrodynamics emulate black hole horizons and their timereversed versions known as white fountains. Both analogue horizons have been shown to em…
Non-linear Processes and Stimulated Hawking Radiation in Hydrodynamics for Decelerating Subcritical Free Surface Flows with a Subluminal Dispersion Relation
Léo-Paul Euvé, Germain Rousseaux
In \cite{PRL2011}, the authors have {\it "conducted experiments in order to verify the thermal nature of the stimulated Hawking process at a white hole horizon in a fluid analogue…