Book Description
LE PRESENT TRAVAIL SE PROPOSE D'ETUDIER EXPERIMENTALEMENT ET NUMERIQUEMENT LES LOIS DE L'ECOULEMENT ET DU TRANSFERT DE CHALEUR POUR DES FLUIDES NON-NEWTONIENS THERMODEPENDANTS EN ECOULEMENT LAMINAIRE DANS UNE CONDUITE CYLINDRIQUE, REFROIDIE A DENSITE DE FLUX DE CHALEUR ET A TEMPERATURES DE PAROI VARIABLES. NOUS NOUS INTERESSONS AUX FLUIDES PSEUDOPLASTIQUES DONT LE COMPORTEMENT PEUT ETRE MODIFIE PAR LA LOI DE PUISSANCE D'OSTWALD. ON ETUDIE L'INCIDENCE D'UN CHAMP THERMIQUE IMPOSE SUR LA DISTRIBUTION DE VITESSE ET SUR LES LOIS DE TRANSFERT DE CHALEUR QUI EN RESULTENT. NOUS PROPOSONS UNE CORRELATION QUI TIENT COMPTE DE LA THERMODEPENDANCE. EN OUTRE, NOUS PROPOSONS UN MODELE DE CALCUL DE L'EPAISSEUR DE LA COUCHE DE GLACE POUR LES REGIONS OU SE PRODUIT LA CONGELATION
Author: D Brian Spalding Publisher: Elsevier ISBN: 1483188175 Category : Reference Languages : en Pages : 393
Book Description
Genmix: A General Computer Program for Two-dimensional Parabolic Phenomena explains a computer program called GENMIX. The main intention of the program is to be used as a tool of instructions. The name of the program is a mixture of two considerations: its generality and its concern for mixing processes. The book aims to help the potential user to understand the physical and mathematical basis of the topic computer program. It is also the aim of the book to make the program applicable to practical problems. The book is arranged in such a way as to parallel a course of lectures and associated computer-workshop sessions wherein the student is allowed to do some elementary computations as soon as he has gained some knowledge of the method. The book contains the mathematical, physical, and computer-coding aspects of the program. Concepts such as the boundary layer, two-dimensional, and steady- flow are defined and discussed in depth. The text will be a useful tool for computer instructors and students.
Author: IVAN.. AZEVEDO CARDOSO
Author: Trong T. Bui
Author: R. O. Slatyer
Author: 
Author: Unesco
Author: D Brian Spalding
Author: Unesco
Author: Unesco
Author: Edward A. Metzbower
Author: Unesco