Introduction. Fundamental Equations. Differential Analysis of Heat Transfer. Discrete and Integral Analysis. Computational Analysis of Heat Transfer. Gas (Vapor)-Liquid Systems. Gas-Solid Systems. Liquid-Solid Systems. Gas-Liquid-Solid Systems.
Naterer, Greg F.
"All chapters are well written with good solved examples and practice problems at the end of each chapter. . . Overall, a good work for academic institutions and handy reference for practicing engineers. ^BSumming Up: Recommended." -P.C. Singh, formerly, Purdue University" an exceptionally well written text It explains the complicated phenomena of heat transfer and phase change through detailed descriptions of these physical processes, giving the reader a deep understanding of the meaning of the mathematical equations describing them includes a comprehensive chapter on current techniques used in CFD codes an excellent resource for both researchers and the practicing engineer." -Dale Roach, University of New Brunswick, Canada" concise and unified [The] first sections provide excellent knowledge for undergraduate engineeringpractical problems in multiphase flow bridge the gap between theory and practice in a clear and logical manner. a valuable reference for practicing engineers." -Javed Abolfazli Esfahani, Ferdowsi Universityof Mashhad, Iran" a valuable reference source for engineers dealing with any heat transfer problem in academia and industry." -James P. Brill, University of Tulsa, USA
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