Steam-assisted gravity drainage (SAGD) methods have been widely applied in oil-sands
exploitation globally. SAGD processes are effective only after thermal and hydraulic …

Fiber metal laminated (FML) structures are used widely, however, studies on the three-
dimensional thermoelastoplastic behaviors of FML structure subjected to a moving Gaussian …

Coupled thermo-hydro-mechanical analyses in heavy oil reservoirs are essential for
engineers to evaluate and optimize the field operations in terms of safety, economy, and …

Mudstone stringers in an oil sand reservoir can significantly affect the propagation of the
steam chamber in the process of steam-assisted gravity drainage (SAGD). The micro …

The problems of energy consumption and decreasing production are prominent during the
middle and later stages of steam-assisted gravity drainage (SAGD) in super-heavy oil …

Previous studies on the technique for using the remaining oil are incomplete and inaccurate
according to the position of the interlayer of the Steam‐Assisted Gravity Drainage (SAGD) …

Viscosity-temperature behavior is important for the thermal recovery of bitumen: firstly, it is a
criterion for evaluating the evolution of mobility with temperature, which affects oil …

油砂力学模型是石油工程设计与开发的基础. 为了更精确地描述油砂的剪胀和应变软化特征,
本文提出了一种四参数形式的轴应变偏应力, 轴应变体应变模型, 对比分析了四参数模型 …

The present study is devoted to the simulation of thermal enhanced oil recovery (EOR)
method with a focus on the initial distribution of various organic matter (OM) groups. Several …

The work is devoted to the numerical study of shear dilation effect on oil recovery rate on the
base of the originally develop coupled thermo-hydro-mechanical model. The governing …