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

Further development of microfluidics devices that reply on liquid-liquid droplet flows,
requires a thorough understanding of the parameters influencing droplet velocity. This study …

Oil-water flow commonly occurs in the production system. All models and correlations for
pressure gradient presented in the literature have been developed and validated for a …

Flow patterns are important for pressure gradient calculation and corrosion protection. In this
study, the characteristics of oil–water flow were investigated in a horizontal acrylic pipe with …

The shortage of new light oil reservoirs increases the need to explore heavy oil reserves and
to deal with viscosity issues on their transportation through pipelines. An attractive …

On maritime vessels, external factors such as explosions, collisions, and grounding can
cause the emulsification of lubricating oil by seawater pollution, which can affect the …

This article analyzes the dependence of the choice of the method of transportation of high-
viscosity oil on the rheological characteristics of the oil in question. An analysis of existing …

Oil-water two phase stratified wavy pipe flow widely exits in the petroleum and chemical
industries. When the temperature of the oil is below abnormal point, the oil phase acts as …

In this paper a unified approach for the transition criterion from stratified to non-stratified oil-
water flow is explained. The inviscid Kelvin-Helmholtz stability (IKH) analysis for gas-liquid …

In the petroleum industry, oil–water flow appears in pipelines when connate water or
injected water is present in the reservoir. As the characteristics of flow patterns differ …