... in the multiphase plume. oil droplet bubble column production control gas bubble three-phase flow three-phase bubble column numerical code production monitoring oil and gas blowout flow annular pressure drilling plume structure simulation well control upstream oil & gas computational grid...

... Abstract Gas bubbles in LNG sloshing may affect the magnitude of the impact pressure due to the density and compressibility. Flow of the entrapped gas bubbles in the LNG sloshing impacting is modeled by the multiphase flow with a continuous liquid flow and a dispersed gas. A multiphase CFD...

... laboratory tests for offshore soil investigation. It is also a tool for identification of different soil units, and is suggested to be used together with interpretation of the borehole logs and classification tests. Gas bubbles can be formed in marine clays due to gas hydrate dissociation and also...

... (melt) the hydrate. This can be caused by heat flow from oil and gas producing wells and during exploitation of submarine methane hydrate resources. When gas hydrate is melted, gas bubbles would be created in the soil. The purpose of this study is to investigate what would happen to fine grained, clayey...

... Geotechnical and geo-acoustic characterization 0 f sediments from Eckernförde Bay, Germany, which are organic in nature, very soft, and contain variable amounts of dissolved and undissolved methane gas, are combined with a theoretical model to predict the influence of gas bubble concentration...

... to the production system. The flow is modelled by considering a series of slug units, each consisting of a "liquid" slug and its associated "gas" bubble, being continuously introduced into the system at a fixed location considerably remoted from the system outlet. The flow parameters are predicted as the slugs...