Call For Paper Volume:5 Issue:10 Oct'2018 |

Theoretical modelling of stratified condensation of two-phase co-current flow including pressure drop in inclined tubes

Publication Date : 01/02/2017


DOI : 10.21884/IJMTER.2017.4033.MELQ7

Author(s) :

Poonam Brid , Rajesh Kale.


Volume/Issue :
Volume 4
,
Issue 1
(02 - 2017)



Abstract :

The investigation of stratified condensation of two-phase flow inside inclined tube is done theoretically in order to simplify the study of condensation heat transfer coefficient. The effect of pressure gradient, interfacial shear and stratified angle is studied in conjunction with the effect of inclination angle. A simplified numerical approach is mentioned in order to achieve the variation of heat transfer coefficient in axial direction of inclined tube. Various governing differential equations are solved simultaneously considering the effect of pressure drop to obtain the heat transfer rate. The solution of these governing equations is achieved by using explicit discretization scheme. The results thus obtained are compared with the reported theoretical and experimental data and are found to be in good agreement.


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Theoretical modelling of stratified condensation of two-phase co-current flow including pressure drop in inclined tubes

January 29, 2017