3.2.2 DOUBLE PIPE AND MULTI-TUBE HEAT EXCHANGERS: CALCULATIONAL PROCEDURES FOR HEAT TRANSFER COEFFICIENT AND PRESSURE DROP - Heat Exchanger Design Updates, Volume 10, 2003, Numéro 4 - Begell House Digital Library

Heat Exchanger Design Updates

Publication de 4 numéros par an

ISSN Imprimer: 1074-7214

ISSN En ligne: 2641-9122

3.2.2 DOUBLE PIPE AND MULTI-TUBE HEAT EXCHANGERS: CALCULATIONAL PROCEDURES FOR HEAT TRANSFER COEFFICIENT AND PRESSURE DROP

Volume 10, Numéro 4, 2003, 5 pages

DOI: 10.1615/HeatExchDesignUpd.v10.i4.20

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Jerry Taborek
Consulting Engineer, 260 Lake Dr., Sedona AZ 86336, USA; Alhambra, California Heat Transfer Research, Inc. (HTRI)

RÉSUMÉ

Remove the existing Sections 3.2.2 from the folder for Part 3 and insert new Sections.

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2.5.10 SINGLE-PHASE CONVECTIVE HEAT TRANSFER: COMBINED FREE AND FORCED CONVECTION IN PASSAGES John Derek Jackson 2.5.11 SINGLE-PHASE CONVECTIVE HEAT TRANSFER: AUGMENTATION OF HEAT TRANSFER David A. Reay, Arthur E. Bergles 3.25.1 HEAT EXCHANGERS WITH DIMPLED SURFACES: INTRODUTION: DIMPLED SURFACES FOR HEAT EXCHANGERS Yaroslav Chudnovsky, Aleksandr Kozlov 3.25.2 HEAT EXCHANGERS WITH DIMPLED SURFACES: VORTEX HEAT TRANSFER ENHANCEMENT (VHTE) Yaroslav Chudnovsky 3.25.3 HEAT EXCHANGERS WITH DIMPLED SURFACES: FUNDAMENTALS: VORTEX FORMATION MODELS Yaroslav Chudnovsky 3.25.4 HEAT EXCHANGERS WITH DIMPLED SURFACES: EXPERIMENTAL STUDIES: MAJOR RESULTS USEFUL FOR HEAT EXCHANGER DESIGN Yaroslav Chudnovsky 3.25.5 HEAT EXCHANGERS WITH DIMPLED SURFACES: NUMERICAL SIMULATION: SELECTED RESULTS CONFIRMING THE FLOW MODELS 3.25.6 HEAT EXCHANGERS WITH DIMPLED SURFACES: INDUSTRIAL APPLICATIONS Header and contents pages Index