Accurate estimation of gas hydrate formation condition is crucial for many reasons. In one
hand, the gas hydrate formation is a promising approach for gas separation, cold energy …

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 …

There is no existing predictive model for frost layer thickness and surface roughness on
horizontal cold plates under the natural convection conditions. Accordingly, intelligent …

This study concerns to model the flow boiling heat transfer coefficient (HTC) in smooth
helically coiled tubes. A dataset including 1035 samples was collected from 13 independent …

This study aims to study the solubility of acid gas, ie, hydrogen sulfide (H2S) in different
solvents. Three intelligent approaches, including Multilayer Perceptron (MLP), Gaussian …

This study aimed to model the minimum spouting velocity (U ms) of vegetable biomasses in
conical spouted beds including five biomasses. A statistical analysis of the literature …

Environmentally friendly nature of CO 2, associated with its safety and high efficiency, has
made it a widely used working fluid in heat exchangers. Since CO 2 has strange …

An accurate and acceptable correlation for the prediction of two-phase pressure drop is
considered a crucial step in heat exchanger design. Although many existing models and …

Flow boiling in micro-channels is one of the most efficient methods for heat rejection in
electronics, necessitating proper system design. Numerical simulations are the most suitable …

Refrigerant distribution among channels plays an important role on performance of plate
evaporator, especially under low heat flux conditions. Behaviors of plate evaporator under …