... through the use of subsea gas compression. Subsea separation can also increase oil recovery from the reservoir by lowering choke pressures at the wellhead. Furthermore, a subsea facility might be the only option in regions with extreme climates, like the Arctic. fluid dynamics flow in porous media...

... mixed flow and analyze the effect. flow condition china government asia government upstream oil & gas flow in porous media fluid dynamics multiphase flow reservoir surveillance hydrofoil mixed flow production monitoring hydrodynamic performance fraction incoming flow viscosity...

... and seashell mixtures, in which the mixture with the shell content greater than 30% are found with totally liquefaction resistance. upstream oil & gas china government fluid dynamics asia government breakwater geology flow in porous media reservoir geomechanics pore pressure slope...

...-field variations under different original reservoir pressure. fluid dynamics geology upstream oil & gas geologist asia government drillstem/well testing drillstem testing reservoir surveillance geological subdiscipline hydrate flow in porous media flow assurance depressurization...

... flow in porous media net solidity media model mariculture ship side net flow velocity resistance coefficient calculation domain upstream oil & gas velocity distribution equation bottom net fluid dynamics numerical simulation flow field semi-submersible mariculture ship...

... the advantages of being fast, non-destructive, and have high-precision. flow in porous media transition fluid dynamics pore fluid sandstone freezing process permeability sample temperature reservoir characterization pore fluid distribution intensity magnetization intensity characteristic...

... upstream oil & gas engineering foundation monopile flow velocity pore pressure liquefaction reservoir characterization pile array coastal engineering seabed liquefaction depth fluid dynamics flow in porous media boundary condition spatial distribution liquefaction depth ocean...

... be the use of biodegradable and non-corrosive water thickeners. These increase the viscosity of the water in a controlled manner and produce a lower permeability of the sand body with the same mechanical properties. flow in porous media concentration hpmc solution shear box test viscosity...

... with the physical model results showed that the formula predicted values were overestimated. reservoir simulation flow field formula screen model fluid dynamics net cage flow velocity equation flow in porous media reynolds number drag coefficient reduction upstream oil & gas coefficient...

... flow in porous media hydrate saturation pore gas hydrate fluid dynamics hydrate coating hydrate hydrate-bearing sediment upstream oil & gas normalized permeability hydrate growth habit pore structure reconstruction model single hydrate growth habit Proceedings of the Thirty-second...

... will play a positive role in guiding the production practice of deep-sea cage culture (Naylor R.L.,2000). fluid dynamics micro-nano bubble wavelength oxygenation port flow in porous media outflow rate equation feed particle diffusion free surface deep-sea cage fish feed ocean engineering...

... to the increasing excess pore pressures and the reducing vertical effective stresses. Once the liquefaction occurs, the soil will behave like a kind of heavy fluid without any shear resistance, which greatly enhances the risk for the pipeline to sag. flow in porous media twin pipe liquefaction depth...

... characteristics of waxy crude oil during the tubular heating, Int J Heat and Mass Transfer, 161, 0017-9310. 900 remediation of hydrates scale inhibition asphaltene inhibition fluid dynamics drilling fluid formulation upstream oil & gas asphaltene remediation flow in porous media wax inhibition...

... is still missing. artificial intelligence transport parameter estimation concentration distribution flow in porous media experiment concentration plume solute plume machine learning fluid dynamics tracer test truncation concentration upstream oil & gas transverse dispersivity...

... al., 2014). artificial intelligence overset mesh method openfoam upstream oil & gas wave tank free surface flow in porous media di risio conical island fluid dynamics losada island experiment proceedings interaction landslide model romano tsunami coastal engineering...

... of variability among temporal scales (i.e. short waves, infra– gravity or bounded waves), flow regimes (i.e. sub or supercritical), swash–swash interactions, bed or suspended sediment loads, infiltration/exfiltration and hence, interaction with the coastal groundwater system. flow in porous media...

... as the beach slope increased or the surf–similarity parameter decreased. The generation of vorticity at the level of the free surface was mainly attributed to advection and secondarily to gravity. upstream oil & gas computational domain constant slope wave propagation flow in porous media...

... modeling tdr flow in porous media laboratory test electrical resistivity Estimation of permeability using dielectric constant of electromagnetic wave Seung Jae Lee, Joohyun Seong, Min Hyung Jung, Jung Chan Choi, Hyung-Koo Yoon* Department of Construction and Disaster Prevention Engineering, Daejeon...

... drilling fluid selection and formulation equation drilling fluids and materials engineering particle method mudflow flow in porous media analytical solution non-newtonian flow drilling fluid property fluid dynamics drilling fluid formulation komatina surge front viscosity experimental result...

... to consider both the flexibility and permeability of the floating medium composition, such as the poroelastic type. floating production system flow in porous media analytical solution wave reflection reflection interaction subsea system lan fluid dynamics permeability upstream oil & gas...