Heat and Mass Transfers in a Two-Phase Stratified Turbulent Fluid Flow in a Geothermal Pipe with Chemical Reaction

This research focused on the study of heat and mass transfers in a two-phase stratified turbulent fluid flow geothermal pipe with chemical reaction. The derived non-linear partial differential equations governing were solved using Finite Difference Method. effects various physical parameters concentration, skin friction, heat, have been determined. Analysis results obtained indicated that coefficient friction decreased an increase Reynolds number solutal Grasholf number, rate transfer increased Eckert Prandtl angle inclination, Chemical reaction parameter inclination. findings would be useful to engineers designing maintaining pipelines more effectively.