The main result from our calculation is that the solid thickness of the lower phase does not affect the flow structure at '1 g' but does affect the flow at low gravity levels. In other words the coupling is only one-way at hi'gh gravity. We surmise that even though the solid thickness destabilizes the flow, it is insignificant compared to the overwhelming stabilization of gravity. As a result of our calculations it appears that liquid encapsulated crystal growth is better conducted under earth's gravity conditions as the configuration would be more stable. In summary, we may state that the specific mode into which the convective state settles largely depe...
The stability of two-layer thermal convection in high-Prandtl-number fluids is investigated using la...
An experimental investigation of Bénard-Marangoni convection has been performed in double immiscible...
The stability of two-layer thermal convection in high-Prandtl-number fluids is investigated using la...
The main result from our calculation is that the solid thickness of the lower phase does...
Under certain conditions, such as in thin liquid films or microgravity, surface tension variations a...
International audienceNear the threshold of stability, an intrinsically denser fluid heated from bel...
A great deal of interest was generated recently in the possibility of producing new materials in the...
We perform linear stability calculations for horizontal fluid bilayers that can undergo a phase tran...
International audienceNear the threshold of stability, an intrinsically denser fluid heated from bel...
Thermally induced instabilities of two-layer fluid systems have been studied by the use of both a li...
peer reviewedWe present a study of the influence of air height on the pattern formation at the onset...
Thermally induced instabilities of two-layer fluid systems have been studied by the use of both a li...
Laboratory experiments have been conducted on convection in a layered system. The system consists in...
The stability of two-layer thermal convection in high-Prandtl-number fluids is investigated using la...
The convective instabilities in two or more superposed layers heated from below were studied extensi...
The stability of two-layer thermal convection in high-Prandtl-number fluids is investigated using la...
An experimental investigation of Bénard-Marangoni convection has been performed in double immiscible...
The stability of two-layer thermal convection in high-Prandtl-number fluids is investigated using la...
The main result from our calculation is that the solid thickness of the lower phase does...
Under certain conditions, such as in thin liquid films or microgravity, surface tension variations a...
International audienceNear the threshold of stability, an intrinsically denser fluid heated from bel...
A great deal of interest was generated recently in the possibility of producing new materials in the...
We perform linear stability calculations for horizontal fluid bilayers that can undergo a phase tran...
International audienceNear the threshold of stability, an intrinsically denser fluid heated from bel...
Thermally induced instabilities of two-layer fluid systems have been studied by the use of both a li...
peer reviewedWe present a study of the influence of air height on the pattern formation at the onset...
Thermally induced instabilities of two-layer fluid systems have been studied by the use of both a li...
Laboratory experiments have been conducted on convection in a layered system. The system consists in...
The stability of two-layer thermal convection in high-Prandtl-number fluids is investigated using la...
The convective instabilities in two or more superposed layers heated from below were studied extensi...
The stability of two-layer thermal convection in high-Prandtl-number fluids is investigated using la...
An experimental investigation of Bénard-Marangoni convection has been performed in double immiscible...
The stability of two-layer thermal convection in high-Prandtl-number fluids is investigated using la...