Bubble Dynamics and Heat Transfer in Nucleate Boiling: Physics, numerical modeling experimental observations
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This book provides a detailed analysis, both numerical and experimental, of nucleate boiling under subcooling conditions. It highlights bubble dynamics as well as heat transfer mechanisms. The results reveal a strong correlation between heat fluxes at the wall and the coalescence mode. The study examines and compares the impacts of slow and rapid bubble growth on heat transfer, thereby identifying general physical trends relevant to modeling and applications in thermal engineering.
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Beschrijving
Bol
This book provides a detailed analysis, both numerical and experimental, of nucleate boiling under subcooling conditions. It highlights bubble dynamics as well as heat transfer mechanisms. The results reveal a strong correlation between heat fluxes at the wall and the coalescence mode. The study examines and compares the impacts of slow and rapid bubble growth on heat transfer, thereby identifying general physical trends relevant to modeling and applications in thermal engineering.
Beschrijving
(2)
Bol
This book provides a detailed analysis, both numerical and experimental, of nucleate boiling under subcooling conditions. It highlights bubble dynamics as well as heat transfer mechanisms. The results reveal a strong correlation between heat fluxes at the wall and the coalescence mode. The study examines and compares the impacts of slow and rapid bubble growth on heat transfer, thereby identifying general physical trends relevant to modeling and applications in thermal engineering.
AmazonPagina's: 64, Paperback, Our Knowledge Publishing
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