Condensation in mini and microchannels has been investigated to improve utilization of
thermal energy and heat transfer in various disciplines and applications. The high heat …

The use of enhanced surfaces is an efficient method to improve filmwise condensation. Due
to their immense potential, many enhanced structures were developed and investigated with …

Accurate and universal prediction of in-tube condensation heat transfer coefficients (HTCs)
is vital for designing compact condensers. This study presents machine learning (ML) …

To design, scale-up, and optimize the two-phase flow heat exchangers, accurate information
about the heat transfer coefficient (HTC) is required. Here, an extensive database including …

An improved version of the present author's earlier correlation for heat transfer during
condensation in conventional and mini channels is presented. It has been validated by …

This study experimentally investigated condensation heat transfer coefficients inside
horizontal multiple circular minichannels with inner diameters of 0.81 and 0.49 mm, using …

The study extensively explored the use of machine learning for predicting condensation heat
transfer coefficients in tubes, comparing it with traditional empirical models. A diverse …

Superhydrophobic surfaces enhance the condensation heat transfer performance by
facilitating removal of condensed droplets and coalescence-induced droplet jumping …

An improved version of author's earlier correlation for heat transfer during condensation in
conventional (macro) and mini/micro channels is presented. It has been validated by …

Accurate prediction of the heat transfer coefficient for internal flow condensation is essential
for designing and optimizing condensers. Due to advances in manufacturing techniques and …