2008
DOI: 10.1134/s0018151x08030152
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A numerical investigation of heat transfer of stratified melt with volumetric heat release in the bottom layer

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Cited by 6 publications
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“…The occurrence of temperature or concentration stratification in the volume of liquidIn is an important aspect in convective heat and mass transfer processes [4,5]. In addition, there is a wide range of processes and important applications where stratification with layered flows and segregation play a decisive role, for example, in the technological processes of obtaining new perfect materials from melts and solutions [14,15], environmental ecology [13], these are the tasks of storing and using liquid rocket fuel in tanks [10,11]; problems of a boiling [17], problems cooling electronic devices and safety of nuclear energy [19,46], cleaning indoor air from pollution, smoke, as well as from finely dispersed liquid inclusions infected with viruses, in particular, COVID-19, etc [32]. Convective processes of heat and mass stratification can have large-and micro-scale character with laminar and turbulent flows and their studies are determined by different goals.…”
mentioning
confidence: 99%
“…The occurrence of temperature or concentration stratification in the volume of liquidIn is an important aspect in convective heat and mass transfer processes [4,5]. In addition, there is a wide range of processes and important applications where stratification with layered flows and segregation play a decisive role, for example, in the technological processes of obtaining new perfect materials from melts and solutions [14,15], environmental ecology [13], these are the tasks of storing and using liquid rocket fuel in tanks [10,11]; problems of a boiling [17], problems cooling electronic devices and safety of nuclear energy [19,46], cleaning indoor air from pollution, smoke, as well as from finely dispersed liquid inclusions infected with viruses, in particular, COVID-19, etc [32]. Convective processes of heat and mass stratification can have large-and micro-scale character with laminar and turbulent flows and their studies are determined by different goals.…”
mentioning
confidence: 99%