The past two decades have seen a tremendous focus by energy companies on the
development of shale gas resources in North America, resulting in an over-supply of natural …

根据致密气藏应力敏感实验数据和试井理论, 建立了渗透率随有效应力呈幂律形式变化的多级压
裂水平井三维数值试井模型. 采用混合单元有限元方法对模型进行求解, 得到了不同应力敏感 …

Due to complex pore structures and ultra-low permeability in unconventional gas reservoirs,
the flow consistency between the macro-flow in fracture network and the micro-flow or gas …

The early-time performance of multi-fractured horizontal wells is mainly controlled by fracture
geometry, total effective area of the fractures, and conductivity of the primary fracture system …

Multilateral horizontal wells (MLHWs) can significantly increase the reservoir exposure as
well as connect high-permeability areas (natural fractures), and thus have been widely …

We propose a statistical investigation of the hydromechanical effect on well productivity in
fractured porous media using full factorial experimental design. Factors affecting the well …

Generally, the horizontal well multi-stage fracturing technology is widely used to enhance
single well production of tight or ultra-low permeability gas reservoirs. The deformation of the …

There is now an array of analytical, semianalytical, and empirical forecasting methods that
can be used to history match and forecast multifractured horizontal wells (MFHWs) …

The production performances of fractured tight gas wells are closely related to several
complex and unknown factors, including the formation properties, fracture parameters, gas …

Pressure sensitivity is a fundamental issue in the investigation of transient performance
analysis in unconventional reservoirs. In this study, the focus is put on the transient behavior …