Comprehensive, three-dimensional, anisotropic and transient, reservoir/wellbore coupling
models are developed for infinite-conductivity and finite-conductivity wellbores to calculate …

针对鱼骨井的特点, 建立了半解析产能预测模型, 并编制了相应软件. 该模型能用于预测任意分支
井的流入剖面和井筒内及井筒周围的压力分布. 现场与电模拟实验结果表明 …

Multi-stage fractured horizontal wells are widely applied to develop tight reservoirs and
shale gas reservoirs. Testing and evaluating well productivity are necessary in horizontal …

Sand production is one of the major issues in the development of reservoirs in poorly
cemented rocks. Geomechanical modeling gives us an opportunity to calculate the reservoir …

Existence of wall inflow or outflow is the major difference between regular pipe flow and fluid
flow along a wellbore. Wall inflow or outflow has a significant effect on wall friction …

A general single-phase flow model that rigorously couples flow in the reservoir with flow in
the wellbore is presented. The model can be applied to a parallelepiped drainage domain …

Downhole temperature measurements, either by permanent sensors or temporarily
conveyed tools, provide information that has been used in many production-diagnosis …

A semianalytical method is presented for the approximate modeling of the productivity of
nonconventional wells in heterogeneous reservoirs. The approach is based on Green's …

Simulation and prediction the performance of horizontal wells completed by inflow control
devices is the foundation of ICDs completion parameters design-optimization. In this work, a …

Downhole temperature data obtained by either temperature logging or fiber-optic cables has
been used to evaluate stimulation treatments and post-stimulation performance of horizontal …