..., and efficiency of these schemes for simulating complex synthetic and realistic hydrocarbon reservoirs. Upstream Oil & Gas flow in porous media Aavatsmark discretization scheme Fluid Dynamics abushaikha water cut reservoir simulation water saturation fluid flow flux approximation full tensor...

... Abstract Fluid flow invasion is governed by the characteristics of the pore structure in the porous media. The flow is restricted due to the increase of net stresses near borehole after drilling. Understanding the fluid flow at the pore scale becomes an important aspect of successful operations...

... impact on process performance and ultimate recovery. The interaction between pre-existing natural fractures and the propagating fractures are critical factors affecting the complex fracture network. It is a great challenge to model accurately fluid flow due to the multi-scale nature of the problems...

... production comparison diffusion permeability Knudsen diffusion coefficient fluid flow equation reservoir simulation shale reservoir simulator diffusion coefficient molar density Introduction As world population grows and the income per person increases, to 2035, the global energy...

... petromod tm permeability Upstream Oil & Gas compaction geometry dolomitisation porosity fluid flow diagenetic evolution carbonate reservoir evolution reservoir Modeling & Simulation geological society workflow permeability distribution special publication london reservoir quality...

...  or  w Total mobility (9) λ t = λ o + λ w Darcy law for fluid flow, (10) v → f = − ∇ ⋅ k f μ f ( ∇ p f − γ f ∇ D ) ; f = o  or  w Relative permeability, (11) k r f = k f k ; f = o...

... in the clinoform domain create local vertical barriers to fluid flow. The progradational clinoform topsets contain the best reservoir facies with a thickness distribution systematically related to position within the clinoform. Sequences of 3 rd and 4 th order have been interpreted to generate a seismically...