Heat Transfer in Nucleate Boiling 1st Edition

Heat Transfer in Nucleate Boiling (1st Edition) by Ivan I. Gogonin is an authoritative resource for engineers, researchers, and graduate students seeking a disciplined, practical guide to boiling heat transfer. Clear, focused, and technically rigorous, this volume distills core principles of nucleate boiling, bubble dynamics, and two-phase heat transfer into an accessible reference ideal for thermal systems design and analysis.

Begin with concise explanations of fundamentals—phase-change mechanisms, surface and fluid interactions, and heat flux behavior—then progress to applied topics such as heat transfer coefficients, critical heat flux, and empirical correlations used in engineering practice. The text balances theory and experimental insight, offering analytical derivations, illustrative graphs, and comparative data that support modeling, simulation, and laboratory work.

Readers working in power generation, nuclear engineering, HVAC, chemical processing, and electronics cooling will find the book especially valuable. It equips practitioners with the tools to predict boiling performance, optimize heat exchanger and reactor designs, and troubleshoot thermal management challenges across industry and academia. Globally relevant, the content speaks to professionals from North America and Europe to Asia and beyond, where efficient phase-change technologies are increasingly vital.

Concise yet comprehensive, Heat Transfer in Nucleate Boiling by Ivan I. Gogonin combines theoretical clarity with engineering practicality—making it a must-have addition to technical libraries and coursework. Enhance your expertise in nucleate boiling and thermal engineering: add this essential text to your collection today.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.