This paper adopts an optimized Euler–Lagrange method proposed in our previous work to
study the characteristics and formation mechanisms of layer inversion in binary liquid–solid …

The solid–fluid two-phase flow with coarse particles is an important research object in the
two-phase transportation field, such as deep-sea mining. This paper adopts the resolved …

Two different two-phase flow regimes including slug and dispersed flows are examined
through the implementation of system identification methods to attain reduced-order models …

Dynamical system representations of two different multiphase flow regimes are extracted
using a clustering algorithm. Experiments were conducted in a flow loop using an X-ray …

Slug flow is an intermittent and complex gas-liquid flow pattern, that can cause severe
problems in industrial operations and lead to large uncertainties in multiphase flow …

Particle proper orthogonal decomposition (PPOD) is demonstrated as a method for
extraction of temporal statistical information on dispersed (discrete) phases of multiphase …

The slug flow pattern is one of the most common gas–liquid flow patterns in multiphase
transportation pipelines, particularly in the oil and gas industry. This flow pattern can cause …

An experimental visualization investigation is carried out to study the characteristics of flow
boiling in a narrow channel represented by flow patterns, local void fraction variations and …

The study of turbulence characteristics in two-phase flows always remained challenging due
to its chaotic nature. The hidden coherent structures are dynamically important and play …

Presenting a predictive model through handling of the dynamical system is critical for
modern technologies and industrial application. Here, Hankel-based dynamic mode …