Two-phase flow is commonly encountered in various engineering systems. Momentum
fluctuation in two-phase flow can create undesirable and destructive vibrations. These …

For enhancing the heat transfer efficiency of heat exchanger, silica-water (SiO 2-H 2 O)
nanofluids were used as a working medium in this study. Further, the effects of tube …

Due to the implementation of the climate change agreement, negative environmental
impacts caused by some traditional refrigerants have been spotlighted. A large number of …

This work proposes new correlations as well as deep learning based modeling of saturated
flow boiling heat transfer and two-phase pressure drops for evaporating flow. First, existing …

Abstract Effects of electrohydrodynamics (EHD) on the bubble behavior and enhanced heat
dissipation mechanism for four surface configurations and various heat fluxes in an upward …

The usage of nuclear energy in the ocean is growing, and the most significant fundamental
motion of ocean conditions is rolling motion. Due to the significant quantity of tube bundle …

Pump-driven two-phase flow systems are commonly used in data center cooling owing to
their outstanding heat-transfer performance. The evaporator is a key component of the …

The flow regime is the prerequisite to accurately modeling two-phase flow. Unsupervised
machine learning techniques enable the identification of flow regimes objectively. Previous …

With the onset of nucleation, flow boiling in microchannels is susceptible to undesirable flow
instabilities resulting in fluctuating wall temperature and large pressure drops. It is …

In recent years, mini-channel water flow boiling has been proven to have favorable cooling
capability, especially for electronic component heat dissipation. Nevertheless, the …