This paper presents a comprehensive review of investigations on liquid-liquid flow through
horizontal pipes. Characteristics like flow pattern, pattern transition including phase …

Optical laser-based techniques and an extensive data analysis methodology have been
developed to acquire flow and separation characteristics of concentrated liquid–liquid …

Formation of a dispersed oil—water flow pattern is a common occurrence in flow lines and
pipelines. The capability of predicting the size of droplets, as well as the distribution of …

Accurate predictions of flow patterns in liquid-liquid flow are critical to the successful design
and operation of industrial and geo-energy systems where two liquids are jointly …

The local dynamics of spatially developing liquid-liquid dispersed flows at low superficial
velocities, ranging from 0.2 to 0.8 ms− 1, are investigated. The dispersions are generated …

A one-dimensional mechanistic model that predicts the flow pattern transitions during the
separation of dispersed liquid-liquid flows in horizontal pipes was developed. The model is …

The water content of the oil-water emulsions has a significant impact on the flow pattern and
pressure drop law of oil-water two-phase flow, thus more theory and methods are necessary …

To accurately model the subsea distribution of accidentally released crude oil as a result of
deep-sea oil well blowouts, the initial droplet size distribution is one of the most important …

The effect of coalescence models on the prediction of the separation of dispersed oil-water
pipe flows was assessed using a one-dimensional mechanistic model. The mechanistic …

A mechanistic model that predicts the separation of oil-water dispersed horizontal pipe flows
was investigated. Different droplet diameter averages were implemented in the model and …