This paper presents a simple mechanistic model to describe a gas kick in a drilling riser with
water-based mud (WBM) and synthetic-based mud (SBM). This model can estimate key kick …

This paper presents a rigorous, mechanistic model for simulating a gas kick, that uses the
thermodynamic approach to account for gas solubility. This thermodynamic solubility model …

This study presents experimental data for pressure gradient, liquid holdup, and flow
regimes. To the knowledge of the authors, there are no studies in the literature on vertical …

Liquid loading is one of the major flow assurance challenges in gas wells, causing
production problems and reducing the ultimate recovery. Liquid loading is defined as the …

Multiphase flow is a primary concern in flow assurance applications, mainly dealing with
cutting transport, hydrate formation, and liquid loading issues. The conventional prediction …

Due to increased penetration of low-inertia resources into the electric grid, challenges are
increasing for maintaining wide-area system stability. Grid stability assessment requires a …

This paper presents new experimental data of gas/liquid flows in an annulus in the transition
from annular to churn flow, which is relevant to the phenomenon of liquid loading in gas …

Historically, machine learning techniques and particularly neural networks have been
applied in the domain of Geophysics to discern rock properties through a quantitative …

Liquid loading is one of the major flow assurance challenges in gas wells, causing
production problems and reducing the ultimate recovery. Liquid loading is defined as the …