Heat transfer applications of two-phase flow : new concepts / F.J. Collado

Public ISBD Accompagne Advanced concepts and techniques in thermal modelling / J. Henriette Titre : Heat transfer applications of two-phase flow : new concepts Type de document : texte imprimé Auteurs : F.J. Collado, Auteur Importance : p 3-10 Langues : Anglais (eng) Catégories : MATHEMATIQUE-PHYSIQUE-CHIMIE Mots-clés : TRANSFERT DE CHALEUR Résumé : A new mass equation for two-phase reacting flow is presented. The new equation represents a global treatment of both phases being the representative velocity of the mixtures the continuous phase velocity. Based on this new proposal, a new energy balance for a one-dimensional, two-phase flow with mass exchange at steady state has been derived. The new expressions are tested against experimental boiling water data. A strong dependence between the void fraction and a modified expression of the quality of the steam-water flow has been found. Numéro du document : A 7482/PHY Niveau Bibliographique : 2 Bull1 (Theme principale) : PHYSIQUE Bull2 (Theme secondaire) : THERMIQUE Accompagne Advanced concepts and techniques in thermal modelling / J. Henriette Heat transfer applications of two-phase flow : new concepts [texte imprimé] / F.J. Collado, Auteur . - [s.d.] . - p 3-10. Langues : Anglais (eng) Catégories : MATHEMATIQUE-PHYSIQUE-CHIMIE Mots-clés : TRANSFERT DE CHALEUR Résumé : A new mass equation for two-phase reacting flow is presented. The new equation represents a global treatment of both phases being the representative velocity of the mixtures the continuous phase velocity. Based on this new proposal, a new energy balance for a one-dimensional, two-phase flow with mass exchange at steady state has been derived. The new expressions are tested against experimental boiling water data. A strong dependence between the void fraction and a modified expression of the quality of the steam-water flow has been found. Numéro du document : A 7482/PHY Niveau Bibliographique : 2 Bull1 (Theme principale) : PHYSIQUE Bull2 (Theme secondaire) : THERMIQUE

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