The propagation of hydraulic fracture network in naturally fractured shale reservoirs remains
a complicated and challenging issue. To reveal the propagation principle of the complex …

Most reservoir matrices exhibit inherent orthotropy that may have a great impact on the
propagation behavior of a hydraulic fracture. Modeling of fracture propagation in orthotropic …

An integrated optimization workflow combining Particle Swarm and Non-parametric Proxy
Metamodels was adopted with reservoir simulation to optimize oil production in CO2-EOR in …

To study the gas transport characteristics in rough inorganic nanopores, the effective pore
size models of circular and rectangular nanopores are established, considering the …

A semi-open thermal simulation of hydrocarbon generation experiment was conducted on
the lacustrine Type II rocks (the Chang 7 member shale in the Ordos Basin, China) …

The formation mechanism and propagation behaviors of a three-dimensional hydraulic
fracture network in fractured shale reservoirs remain unclear, especially when the scale of …

The laminae of varying lithologies are characteristic of shale oil reservoirs, with their
pronounced heterogeneity and fluid–solid coupling significantly impacting oil productivity …

Tight oil reservoirs have poor physical properties, and the problems including rapid oil rate
decline and low oil recovery degree are quite common after volume fracturing. To obtain a …

认识多孔介质内多相流动和固体变形耦合特征是地下资源开发利用的关键问题. 针对这一问题,
首先建立了考虑毛细压力和重力作用的可压缩两相渗流与孔隙介质变形耦合方程. 在此基础上 …

To address the significant scaling challenges within the near-wellbore formation of ultradeep
natural gas reservoirs characterized by high temperature and high salinity, we developed a …