peer reviewedWe present a theory of convection-oscillation interaction. In our nonradial nonadiabatic pulsation code, the variation of the convective flux (radial and transversal components) is taken into account, following the theory of M. Gabriel, within the mixing length approach. We explore the influence of the convective flux variation on mode stability near the red-edge of the Delta Scuti instability strip and the excitation mechanisms of Gamma Doradus stars
This article reviews our current understanding of modelling convection dynamics in stars. Several se...
We present in details a time-dependent convection treatment in the frame of the Mixing-Length Theory...
We present in details a time-dependent convection treatment in the frame of the Mixing-Length Theory...
New theoretical instability strips for delta Sct and gamma Dor stars are presented. These results ha...
We propose a pulsation driving mechanism for {gamma} Doradus variable stars. This mechanism requires...
peer reviewedThe problem of the interaction between convection and pulsations is considered. A preci...
For delta Scuti stars, phase differences and amplitude ratios between the relative effective tempera...
In this work, the role of convective flux in the solar nonradial oscillation is investigated. Althou...
Context: The identification of pulsation modes in delta Scuti stars is mandatory for constraining th...
The coupling between convection and non-radial oscillations is discussed. The limitation of the theo...
We apply here the Time Dependent Convection (TDC) treatment presented in our earlier paper in this s...
The {gamma} Doradus stars are a newly-discovered class of gravity-mode pulsators which lie just at o...
The depth of the convective envelope plays a fundamental role in the driving mechanism proposed by G...
Context. We study the convection-pulsation coupling that occurs in cold Cepheids close to ...
New theoretical instability strips for δ Sct and γ Dor stars are presented. These results have been ...
This article reviews our current understanding of modelling convection dynamics in stars. Several se...
We present in details a time-dependent convection treatment in the frame of the Mixing-Length Theory...
We present in details a time-dependent convection treatment in the frame of the Mixing-Length Theory...
New theoretical instability strips for delta Sct and gamma Dor stars are presented. These results ha...
We propose a pulsation driving mechanism for {gamma} Doradus variable stars. This mechanism requires...
peer reviewedThe problem of the interaction between convection and pulsations is considered. A preci...
For delta Scuti stars, phase differences and amplitude ratios between the relative effective tempera...
In this work, the role of convective flux in the solar nonradial oscillation is investigated. Althou...
Context: The identification of pulsation modes in delta Scuti stars is mandatory for constraining th...
The coupling between convection and non-radial oscillations is discussed. The limitation of the theo...
We apply here the Time Dependent Convection (TDC) treatment presented in our earlier paper in this s...
The {gamma} Doradus stars are a newly-discovered class of gravity-mode pulsators which lie just at o...
The depth of the convective envelope plays a fundamental role in the driving mechanism proposed by G...
Context. We study the convection-pulsation coupling that occurs in cold Cepheids close to ...
New theoretical instability strips for δ Sct and γ Dor stars are presented. These results have been ...
This article reviews our current understanding of modelling convection dynamics in stars. Several se...
We present in details a time-dependent convection treatment in the frame of the Mixing-Length Theory...
We present in details a time-dependent convection treatment in the frame of the Mixing-Length Theory...