Heat transfer is a major part of many engineering technologies. From power generation and energy storage to materials processing, aircraft de-icing, and many other applications, the mechanisms of heat transfer contribute substantially to various technological advances. A primary motivation for writing this book comes from discovering the need for a single source of material to cover each mode of multiphase heat transfer, as well as the fundamentals of heat transfer. Traditionally, these topics have usually been segregated into various sources or focused on a specific part of multiphase systems. As a result, analogies and a unified framework with a common nomenclature could not be established in a single source, despite the similarities between each mode of multiphase heat transfer.
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