Reservoir simulators have long become primary reservoir engineering tools for simulating
fluid flow in porous media, recovery analyses and performance evaluation in the oil and gas …

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

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 …

The main objective of this study is to develop the optimal semi-analytical modeling for the
infinite-conductivity horizontal well performance under rectangular bounded reservoir based …

在分析现有水平井流入剖面计算方法的基础上, 尝试从纯数学, 物理的角度建立简捷的方法,
以得出无限导流假设条件下最精确的流入剖面. 将远场的影响用积分近似代替 …

A fully coupled hydro and geomechanical model has been used to predict the transient
pressure disturbance, reservoir deformation, and effective stress distribution in both …

This study presents a 3D analytical model to analyze the transient flow into multilateral
horizontal wells. The model considers arbitrary phasing angle, selective lateral completion …

Production enhancement and ultimate recovery improvement have given horizontal wells
the edge over vertical wells in many marginal reservoirs. However, it is more expensive to …

An approximate analytical model describing the productivity of vertical wells in two-
dimensional, heterogeneous porous media is presented. The model represents well-driven …

Perforation technology is often used to improve the productivity of horizontal wells in oilfield
exploitation. During the perforation process, the formation seepage mode and productivity …