Applications in Heat Transfer
The understanding of CHF phenomenon and an accurate prediction of the CHF condition are important for safe and economic design of many heat transfer units including nuclear reactors, fossil fuel boilers, fusion reactors, electronic chips, etc. Therefore, the phenomenon has been investigated extensively over the world since Nukiyama first characterized it. In 1950 Kutateladze suggested the hydrodynamical theory of the burnout crisis. Much of significant work has been done during the last decades with the development of water-cooled nuclear reactors. Now many aspects of the phenomenon are well understood and several reliable prediction models are available for conditions of common interests.
Read more about this topic: Critical Heat Flux
Famous quotes containing the words heat and/or transfer:
“For God was as large as a sunlamp and laughed his heat at us and therefore we did not cringe at the death hole.”
—Anne Sexton (1928–1974)
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