The invention relates to an updip entrance double-layer tubular slug flow catcher, and relates to a slug flow catcher, aiming to solve the problems of large floor space, large liquid carrying amount in gas, no
mixed boundary conditionapproximate solutionsteady slug flow heat transferclosed formanalytically fully determined solution/ A4725Q Convection and heat transferNot Availabledoi:10.1002/zamm.19750551015V. P. TyagiK. M. NigamJohn Wiley & Sons, Ltd....
Slug flow forced convection in a circular duct is studied. The effect of viscous dissipation is analysed in the thermal entrance region. The temperature field and the local Nusselt number are determined analytically for any prescribed axial distribution of wall heat flux. Three examples are ...
This paper is devoted to the theoretical analysis of the growth of the thermal boundary layer and the heat-transfer problem in a steady, axially symmetrical slug flow of an incompressible, isotropic medium with constant physical properties, without internal heat sources assuming mixed boundary ...
The thermal entrance length problem for slug flow in rectangular ductsDetermines the Nusselt number in the thermal entry of rectangular ducts. Developing Nusselt numbers and the thermally developed flow.SpigaM.MortiniG.L.EBSCO_AspJournal of Heat Transfer...