Impact of differential rotation on tidal inertial waves in exoplanetary systems
Aurelie Astoul - Department of Applied Mathematics, University of Leeds, Leeds, LS2 9JT, UKApr 6, 2021
Formation & evolution
System architectures and dynamics
UKEXOM2021
star-planet-tidal interactions
differential rotation in stars and giant gaseous planets
hydrodynamics: inertial waves
corotation resonances
For the most compact exoplanetary systems like Hot-Jupiter systems, star-planet tidal interactions are likely to have played a major role in the orbital architecture and rotational evolution of the planets and their host star through tidal dissipation. From recent studies, tidal dissipation is known to vary considerably with the dynamical ...