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Magazine Name : International Journal Of Heat And Mass Transfer

Year : 1987 Volume number : 30 Issue: 09

Vaporization Of A Liquid By Direct Contact In Another Immiscible Liquid Part I: Vaporization Of A Single Droplet Part Ii: Vaporization Of Rising Multidroplets (Article)
Subject: Vaporization , Liquid , Direct Contact , Immiscible Liquids
Author: L Tadrist      R. Santini      J. Pantaloni      I. Shehu Diso     
page:      1773 - 1785
Numerical Prediction Of Turbulent Plane Jets And Forced Plumes By Use Of The K-E Model Of Turbulence (Article)
Subject: Numerical Prediction , Turbulent , Plane Jet , Forced Plumes
Author: I. Dekeyser      J.F. Sini     
page:      1787 - 1801
Combined Wall-To-Fluidized Bed Heat Transfer. Bubbles And Emulsion Contributions At High Temperature (Article)
Subject: Combined Wall-To-Fluidized Bed Heat Transfer , Emulsion Contribution , Semi-Transparent Grey Media , Bubbles
Author: G Flamant      T. Menigault     
page:      1803 - 1812
Free Convection In A Shallow Cavity With Variable Properties-1. Newtonian Fluid (Article)
Subject: Free Convection , Shallow Cavities , Variable Properties , Newtonian Fluid Models
Author: G.P. Merker      St. Mey     
page:      1825 - 1832
Free Convection In A Shallow Cavity With Variable Properties-2. Porous Media (Article)
Subject: Free Convection , Shallow Cavities , Variable Properties , Porous Media
Author: St. Mey      G.P. Merker     
page:      1833 - 1837
A Hydrodynamic Model Developed For The Condensate Flowing Over A Sinusoidal Fluted Tube (Article)
Subject: Hydrodynamic Model , Condensate Flow , Sinusoidal Fluted Tube , Surface Tension Forces
Author: Canan Ozgen      Huseyin Gokce     
page:      1839 - 1846
Dissipative Model Of Film Boiling Crisis (Article)
Subject: Dissipative Systems , Film Boiling , Crisis , Hypothesis
Author: Mieczyslaw Poniewski     
page:      1847 - 1857
Solution Of The Penetrating Evaporation Front Model For Finite Porous Medium Using Orthogonal Collocation Method (Article)
Subject: Solution , Finite Porous Medium , Orthogonal Collocation Method , Penetrating Evaporation Front Model
Author: B. Palancz     
page:      1871 - 1878