000			01939nab a2200193 4500
005			20260520002831.0
008			260224s2010 xxu
245	0	0	_aSimulation of naturally fractured reservoirs, state of the art:Part 2- Matrix-fracture transfers and typical features of numerical studies
260			_a _b _cmar./abr. 2010
270			_a05/07/2010 ; 05/07/2010
300			_a24 p. ; 263-286
520			_aTranscripción del resumen del autor. Naturally fractured reservoirs contain a significant amount of the world oil reserves. The production of this type of reservoirs constitutes a challenge for reservoir engineers. Use of reservoir simulators can help reservoir engineers in the understanding of the main physical mechanisms and in the choice of the best recovery process and its optimization. Significant progress has been made since the first publications on the dual-porosity concept in the sixties. This paper and the preceding one (Part 1) present the current techniques of modeling used in industrial simulators. The optimal way to predict matrix-fracture transfers at the simulator cell scale has no definite answer and various methods are implemented in industrial simulators. This paper focuses on the modeling of physical mechanisms driving flows and interactions/ exchanges within and between fracture and matrix media for a better understanding of proposed flow formula and simulation methods. Typical features of fractured reservoir numerical simulations are also described with an overview of the implementation of geomechanics effects, an application of uncertainty assessment methodology to a fractured gas reservoir and finally a presentation of a history matching methodology for fractured reservoirs.
581			_a2
773	0		_tOil and Gas Science and Technology _g65
942			_cARTICULO
100	1		_aLemonnier, P. _912347
100	1		_aBourbiaux, B. _912831
999			_c171714 _d171714