Handbook Of Phase Change. Boiling And Condensation

Vijay-K Dhir

,

Satish-G Kandlikar

,

Masahiro Shoji

Note moyenne 
Vijay-K Dhir et Satish-G Kandlikar - Handbook Of Phase Change. Boiling And Condensation.
Considerable progress has been made in the field of boiling and condensation in the last ten years. The fundamental understanding of the phenomena involved... Lire la suite
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Résumé

Considerable progress has been made in the field of boiling and condensation in the last ten years. The fundamental understanding of the phenomena involved has improved significantly as a result of the focus on mechanistic models and detailed experimentation. Handbook of Phase Change provides up-to-date, comprehensive coverage of the basic phenomena followed by specific recommendations for design equations and correlations. The authors have attempted to locus on the mechanistic models, rather than empirical treatment in making their recommendations. Ease of use was also a major factor. A unique feature of the Handbook of Phase Change is its coverage of advanced topics of current interest by a team of distinguished contributors from around the world. A conscious effort has been made to invite experts from specific disciplines to write on particular topics in which they have worked for a long time and have developed a valuable insight. The handbook is truly international, with contributions front Canada, England, France, Germany, Italy, Japan, South Korea, and the U.S. The book also includes recommendations on Future Directions and Research Needs. The handbook is presented in a uniform, logical and sequential format. It is an indispensable sourcebook for researchers, applications engineers, and equipment designers, as well as a text book suitable for advanced courses in boiling and condensation fundamentals. The handbook is also suitable for conducting short courses in the field.

Sommaire

    • Vapor liquid equilibrium properties
    • Representation of solid-liquid-vapor phase interactions
    • Boiling curve
    • Nucleate boiling
    • Enhancement techniques in pool boiling
    • Critical heat flux in pool boiling
    • Film and transition boiling
    • Introduction and basic models
    • Fluid mechanics aspects of two-phase flow
    • Two-phase flow instabilities
    • Critical two phase flow
    • Two-phase flow and boiling heat transfer in tube bundles
    • External flow film boiling
    • Augmentation techniques and external flow boiling
    • Flow boiling in circular tubes
    • Flow boiling in advanced geometries and applications
    • CHF and post-CHF (post-dryout) heat transfer
    • Flow boiling augmentation
    • Film condensation
    • Dropwise condensation
    • Direct contact condensation
    • Augmentation techniques in external condensation
    • Heat transfer and pressure drop in internal flow condensation
    • Augmentation techniques and condensation inside advanced geometries
    • Instrumentation in boiling and condensation studies.

Caractéristiques

  • Date de parution
    01/10/1999
  • Editeur
  • ISBN
    1560326344
  • EAN
    9791560326341
  • Présentation
    Relié
  • Nb. de pages
    738 pages
  • Poids
    1.21 Kg
  • Dimensions
    16,2 cm × 23,5 cm × 4,6 cm

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À propos des auteurs

Satish G. Kandlikar, Editor-in-Chief, is a Professor in the Mechanical Engineering Department at the Rochester Institute of Technology. His research focuses primarily in the area of flow boiling, bubble dynamics and mechanistic modeling. He has developed phenomenological models on saturated and subcooled flow boiling heat transfer, pool and flow boiling with binary mixtures, and flow boiling heat transfer in enhanced geometries. He continues to do research on bubble dynamics using high speed imaging techniques. Dr. Kandlikar is the recipient of the 1996-97 Eisenhart Outstanding Teaching award at RIT and is a fellow member of ASME. Masahiro Shoji, Co-Editor, is a Professor in the Department of Mechanical Engineering at the University of Tokyo. He has been actively engaged in fundamental and applied research and education in heat transfer He has worked extensively in the phase change phenomena and his recent special interest is in nonlinear features of boiling. He is an active professor in Japanese thermal engineering, Division Chair of the Thermal Engineering Division of JSME, Vice President of the Heat Transfer Society of Japan and heads a number of other committees. Vijay K. Dhir, Co-Editor, is a Professor of Engineering and Applied Science in the Mechanical and Aerospace Engineering Department of the School of Engineering and Applied Science at UCLA, He has conducted basic experimental and analytical investigations on a number of pool and forced flow boiling topics, two phase flow in porous media, film condensation, simultaneous melting and condensation, and evaporation. His applied research is on thermal hydraulics and safety of nuclear power systems, He is a fellow of both ASME and ANS and is the recipient of the ASME Heat Transfer Memorial award in the Science Category for the year 1992.

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