Add to ORKGIn this paper, developing the ideas of operator symmetry and stability, we give address on how to choose the appropriate energy functional for studying nonlinear energy stability of compressible atmosphere when the convective layer depth is finite
The degree of convective instability as expressed by the growth rate ω of linear modes, is calculate...
In this paper we derive in explicit decay bound for L-2 bound for the difference of the Benard conve...
International audienceWe consider the Boltzmann equation for a gas in a horizontal slab, subject to ...
We provide sufficient conditions for nonlinear exponential stability of the compressible Benard prob...
Non-linear energy stability for the compressible Benard problem is studied for regular solutions
A linear stability analysis of the Benard problem for deep convection is performed. An estimate of t...
A nonlinear stability threshold is determined for the problem of convection in a layer of non-Boussi...
In this thesis we present nonlinear energy stability analyses of a variety of convection problems, s...
We consider the Boltzmann equation for a gas in a horizontal slab, subject to a gravitational force....
In literature there is no mathematical proof of the experimentally trivial stability of the rest st...
We consider the Boltzmann equation for a gas in a horizontal slab, subject to a gravitational force....
The energy{Casimir method is applied to the problem of symmetric stability in the context of a compr...
This thesis is primarily a presentation of energy stability results obtained in some standard partia...
The linear instability for a generalization of the Oberbeck-Boussinesq system towards slightly compr...
Submitted to Int. J. Nonlinear MechanicsConsiglio Nazionale delle Ricerche (CNR). Biblioteca Central...
The degree of convective instability as expressed by the growth rate ω of linear modes, is calculate...
In this paper we derive in explicit decay bound for L-2 bound for the difference of the Benard conve...
International audienceWe consider the Boltzmann equation for a gas in a horizontal slab, subject to ...
We provide sufficient conditions for nonlinear exponential stability of the compressible Benard prob...
Non-linear energy stability for the compressible Benard problem is studied for regular solutions
A linear stability analysis of the Benard problem for deep convection is performed. An estimate of t...
A nonlinear stability threshold is determined for the problem of convection in a layer of non-Boussi...
In this thesis we present nonlinear energy stability analyses of a variety of convection problems, s...
We consider the Boltzmann equation for a gas in a horizontal slab, subject to a gravitational force....
In literature there is no mathematical proof of the experimentally trivial stability of the rest st...
We consider the Boltzmann equation for a gas in a horizontal slab, subject to a gravitational force....
The energy{Casimir method is applied to the problem of symmetric stability in the context of a compr...
This thesis is primarily a presentation of energy stability results obtained in some standard partia...
The linear instability for a generalization of the Oberbeck-Boussinesq system towards slightly compr...
Submitted to Int. J. Nonlinear MechanicsConsiglio Nazionale delle Ricerche (CNR). Biblioteca Central...
The degree of convective instability as expressed by the growth rate ω of linear modes, is calculate...
In this paper we derive in explicit decay bound for L-2 bound for the difference of the Benard conve...
International audienceWe consider the Boltzmann equation for a gas in a horizontal slab, subject to ...