Slug frequency, the number of liquid slugs passing through a point per unit of time, is an
intrinsic parameter that is used to characterize multiphase slug flows in pipes. In this review …

The present investigations aim to improve the gas-liquid two-phase transport in centrifugal
pumps using a novel front shroud design with macroscopic grooves. This increases the …

Using an air-water mixture and 34 mm ID pipe, a series of pressure drop and void fraction
measurements were collected. The observed flow regimes were falling film, annular, bubbly …

Horizontal stratified and intermittent gas-liquid two-phase flows exhibit several sub-regimes.
Identifying these correctly would enable the development of more robust predictive models …

This study investigates the influence of impact angles on the corrosion behavior of 5Cr steel
in a CO 2-silty sand environment through hydrodynamics analysis. The primary cause of …

Correct prediction of frictional pressure drop is crucial to designing and maintaining two-and
three-phase flow systems. This study investigated experimentally the total and frictional …

The present work aims to capture the influence of the inclination of the return bend on flow
patterns and pressure drop during oil-water flow. The experiments were carried out for …

Two-phase oil-water flows in offshore pipelines are a common occurrence in the petroleum
industry. As an oil reservoir mature, the presence of water in the retrieved oil increase …

Two-phase flow is crucial in various fields, particularly in the oil industry, where oil-water
flows are common in offshore production wells. Oil is transported with water during its …

This study investigates the coolability of debris beds formed from Fuel-Coolant Interactions
(FCI) within nuclear reactors, a critical safety concern when cooling systems fail, leading to …