Liquid–vapor phase change phenomena such as boiling and condensation are processes
widely implemented in industrial systems such as power plants, refrigeration and air …

This review study examines flow boiling heat transfer in micro-fin tubes using mixed and
pure refrigerants with zero ozone-depleting potential (ODP) and minimal global warming …

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 …

Flow boiling is used in air-conditioning and refrigeration, thermal management of
electronics, distillation, chemical synthesis, desalination, power generation, and cryogenics …

A novel hybrid smooth and spirally corrugated tube is introduced in this article, which is the
combination of smooth part and corrugated part. With the help of the finite volume method, a …

Generally, using heat transfer enhancement techniques in heat exchangers always
accompanies frictional pressure drop amplification; entropy generation analysis is a suitable …

Vapor quality and mass flux are crucial parameters for heat transfer coefficient and pressure
drop of flow boiling. In this paper, they are actively adjusted by means of draining and …

Recycling water and waste heat from wet flue gas is crucial for sustainable energy-water-
environment nexus in industrial processes. Herein, we report the use of wire-wrapped and …

The enhancement of heat transfer efficiency is crucial for development of high-performance
thermal systems in various industrial applications. This study investigates heat transfer and …

Designing next generation heat exchangers for efficient heat transfer and minimal material
consumption is required for sustainable development of society. While several heat transfer …