This paper provides a comprehensive review of the published experimental researches on
condensation heat transfer inside plain tubes. The existing methods of the research on heat …

This study presents an improved correlation for predicting heat transfer coefficients for
condensation inside smooth macro-tubes. Experimental data was obtained for various fluids …

This paper critically reviews the existing theoretical models of heat transfer prediction in
condensing inside plain tubes. More than 20 theoretical methods and correlations for heat …

In this paper a new model is presented for heat transfer calculation during film condensation
inside pipes. This new model has been verified by comparison with available experimental …

This work proposes a new general and simple model to determine the local flow
condensation heat transfer coefficient inside plain pipes. The model considers two regimes …

A study of the dominant dimensionless groups describing flow condensation at high mass
fluxes inside circular pipes was performed by gathering experimental data from the literature …

Accepted: 20 March 2018 This paper presents the results of the continuity of the research
process carried out at the Center for Energy Studies, belonging to the Faculty of Technical …

This paper presents a mathematical deduction of a new improved model for heat transfer
during condensation inside tubes. This new model has been developed with the aid of the …

Flue gas condensing heat exchangers obtain the highest thermal efficiency of power boilers
through the recovery of sensible and latent heat of condensation from flue gases containing …

In this study, a theoretical model of film condensation inside horizontal tubes with more
precise definition of friction coefficient on interphase is presented to calculate the heat …