Hydrodynamics in weak force fields onset of steady thermocapillary convection in a spherical fluid layer under zero-g conditions

Babskii, V. G.; Sklovskaya, I. L.

doi:10.1007/bf01025142

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2006

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“…The paper [10], in which the averaged equations in the presence of high-frequency vibration were formulated, played an important role. Soon after, the first studies of thermocapillary convection ( [11], see also the references in [2]) appeared. In the 70-s, there was increased interest in studying the problems of heat transfer and temperature stratification under the action of weak convection in space vehicle fuel tanks.…”

Section: A Historical Notementioning

confidence: 99%

Convection and heat/mass transfer processes under space flight conditions

Polezhaev¹

2006

Fluid Dyn

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A simulation of 3D convective flows and heat/mass transfer processes under space flight conditions on the basis of hydrodynamic models and a numerical analysis of these models is discussed. The significance of the methods of mechanics in microgravity sciences and the role of the journal "Fluid Dynamics" in the development of this branch of science is examined. The results of recent investigations of certain problems are presented. 3 The title seems to be not quite appropriate since it contains a keyword referring to the notion of "microstructure", which has a different meaning.

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Section: A Historical Notementioning

confidence: 99%

Convection and heat/mass transfer processes under space flight conditions

Polezhaev¹

2006

Fluid Dyn

View full text Add to dashboard Cite

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Hydrodynamics in weak force fields onset of steady thermocapillary convection in a spherical fluid layer under zero-g conditions

Cited by 1 publication

References 4 publications

Convection and heat/mass transfer processes under space flight conditions

Convection and heat/mass transfer processes under space flight conditions

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