Titlebook: New Frontiers in Oil and Gas Exploration; Congrui Jin,Gianluca Cusatis Book 2016 Springer International Publishing Switzerland 2016 Fossil

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Advancement in Numerical Simulations of Gas Hydrate Dissociation in Porous Media,stry, a promising energy source, and a potential threat to environment. In the energy exploration perspective, numerical simulations play a major role in improving our understanding of the fundamentals gas hydrate dissociation as well as hydrate reservoir behaviors. This chapter presents an integrat

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Rock Physics Modeling in Conventional Reservoirs,hysical data such as surface seismic, crosswell seismic, and well log data. Elastic attributes depend on rock and fluid properties. The discipline of rock physics investigates the physical relations between petrophysical properties of porous rocks and their elastic response. In this chapter, we revi

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On the Production Analysis of a Multi-Fractured Horizontal Well,ductivity. Most of the existing studies of multi-fractured wells have considered finite fracture conductivity, when the dynamic fluid pressure drop in the flow within fractures is a part of the solution. This led to computationally intensive solution methods, particularly when a reasonably large num

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Interfacial Engineering for Oil and Gas Applications: Role of Modeling and Simulation,y, and flow assurance to gas separation, and carbon capture and utilization. The interactions that govern such functional performance are extremely challenging to obtain empirically. This is partly because of the instability at fluid interfaces, but also due to the intrinsic complexity in quantifica

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Petroleum Geomechanics: A Computational Perspective,n petroleum geomechanics include subsidence, borehole stability, and hydraulic fracturing. All are coupled problems that involve heat transfer, fluid flow, rock/fracture deformation, and/or solute transport. Numerical solutions through modeling are desired for such complicated systems. In this chapt

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Insights on the REV of Source Shale from Nano- and Micromechanics,This is primarily driven by the fact that the representative elementary volume (REV) for characterizing shales is at the nanometer scale. Nanoindentation is now used in many industrial and university laboratories to measure both stiffness and strength and other mechanical properties of materials, su