The conditions for global asymptotic stability are determined by energy theory. The basic flow is obtained using the perturbation method. The results are compared to those obtained by the linear theory and to those derived from various experimental investigations
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
Finite-difference methods were used to compute hydrodynamic instability due to natural convection in...
International audienceLinear stability analyses for two-dimensional natural convection in horizontal...
International audienceLinear stability of two-dimensional natural convection in air-filled horizonta...
In this investigation, the 2D flow between two horizontally positioned concentric cylinders (gravity...
International audienceA numerical and experimental study of buoyancy-driven flow in the annulus betw...
Linear stability of a steady convective motion of a viscous incompressible fluid gener...
International audienceLinear stability analyses for two-dimensional natural convection in horizontal...
The linear instability mechanisms of horizontal convection in a rectangular cavity forced by a horiz...
Verifying nonlinear stability of a laminar fluid flow against all perturbations is a central challen...
International audienceLinear stability of two-dimensional natural convection in air-filled horizonta...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
Finite-difference methods were used to compute hydrodynamic instability due to natural convection in...
International audienceLinear stability analyses for two-dimensional natural convection in horizontal...
International audienceLinear stability of two-dimensional natural convection in air-filled horizonta...
In this investigation, the 2D flow between two horizontally positioned concentric cylinders (gravity...
International audienceA numerical and experimental study of buoyancy-driven flow in the annulus betw...
Linear stability of a steady convective motion of a viscous incompressible fluid gener...
International audienceLinear stability analyses for two-dimensional natural convection in horizontal...
The linear instability mechanisms of horizontal convection in a rectangular cavity forced by a horiz...
Verifying nonlinear stability of a laminar fluid flow against all perturbations is a central challen...
International audienceLinear stability of two-dimensional natural convection in air-filled horizonta...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
The linear stability of natural convection in a fluid between vertical hot and cold walls was studie...
Finite-difference methods were used to compute hydrodynamic instability due to natural convection in...
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