The depth of the convective envelope plays a fundamental role in the driving mechanism proposed by Guzik et al. (2000) to explain the high-order g modes of gamma Dor pulsators. In this poster we study the sensitivity of the convective envelope depth to the description of convective transport, to relevant physical processes, such as microscopic diffusion, and to other uncertainties in theoretical stellar models
Context: The identification of pulsation modes in delta Scuti stars is mandatory for constraining th...
We reexamine the theoretical instability domain of pulsating DB white dwarfs (DBV or V777 Her variab...
International audienceDelta Scuti ($\delta$ Sct) stars are opacity-driven pulsators with masses of 1...
We propose a pulsation driving mechanism for {gamma} Doradus variable stars. This mechanism requires...
gamma Dor stars are main sequence variable A-F stars whose long periods (between 0.35 and 3 days) c...
The {gamma} Doradus stars are a newly-discovered class of gravity-mode pulsators which lie just at o...
γ Dor stars are main sequence variable A-F stars whose long periods (between 0.35 and 3 days) corres...
peer reviewedWe present a theory of convection-oscillation interaction. In our nonradial nonadiabati...
New theoretical instability strips for delta Sct and gamma Dor stars are presented. These results ha...
International audienceWe apply for the first time the time-dependent convection (TDC) treatment of G...
peer reviewedIn main-sequence stars, the periods of high-order gravity modes are sensitive probes of...
A number of scaling relationships have been proposed by several authors relating the penetration dep...
We searched for Delta Scuti-type pulsations amongst known and candidate Gamma Doradus stars. We acqu...
We analyze the stability of g-modes in white dwarfs with hydrogen envelopes. All relevant physical p...
We apply here the Time Dependent Convection (TDC) treatment presented in our earlier paper in this s...
Context: The identification of pulsation modes in delta Scuti stars is mandatory for constraining th...
We reexamine the theoretical instability domain of pulsating DB white dwarfs (DBV or V777 Her variab...
International audienceDelta Scuti ($\delta$ Sct) stars are opacity-driven pulsators with masses of 1...
We propose a pulsation driving mechanism for {gamma} Doradus variable stars. This mechanism requires...
gamma Dor stars are main sequence variable A-F stars whose long periods (between 0.35 and 3 days) c...
The {gamma} Doradus stars are a newly-discovered class of gravity-mode pulsators which lie just at o...
γ Dor stars are main sequence variable A-F stars whose long periods (between 0.35 and 3 days) corres...
peer reviewedWe present a theory of convection-oscillation interaction. In our nonradial nonadiabati...
New theoretical instability strips for delta Sct and gamma Dor stars are presented. These results ha...
International audienceWe apply for the first time the time-dependent convection (TDC) treatment of G...
peer reviewedIn main-sequence stars, the periods of high-order gravity modes are sensitive probes of...
A number of scaling relationships have been proposed by several authors relating the penetration dep...
We searched for Delta Scuti-type pulsations amongst known and candidate Gamma Doradus stars. We acqu...
We analyze the stability of g-modes in white dwarfs with hydrogen envelopes. All relevant physical p...
We apply here the Time Dependent Convection (TDC) treatment presented in our earlier paper in this s...
Context: The identification of pulsation modes in delta Scuti stars is mandatory for constraining th...
We reexamine the theoretical instability domain of pulsating DB white dwarfs (DBV or V777 Her variab...
International audienceDelta Scuti ($\delta$ Sct) stars are opacity-driven pulsators with masses of 1...