Efficiently and accurately understanding the fluid flow behavior in ultra-deep natural gas
reservoirs is very challenging due to the complex geological environment and the intricate …

Liquid nitrogen (LN) fracturing is an efficient technology for the development of
unconventional gas resources. Due to continuous injection of cryogenic LN, the reservoir …

With the increasing application of distributed temperature sensing (DTS) in downhole
monitoring for multifractured horizontal wells (MFHWs), well performance interpretation by …

Two-phase flow in fractured and karstified porous media subject to coupled hydro-
mechanical conditions is an important issue for oil recovery in carbonate reservoirs …

A new discrete fracture model (DFM) is implemented in the MATLAB Reservoir Simulation
Toolbox (MRST)–an open-source reservoir simulation software–to couple flow and …

Unconventional tight reservoirs that are typically characterized by low permeability and low
porosity have contributed significantly to the global hydrocarbon production in recent years …

Low-frequency distributed acoustic sensing (LF-DAS) is one of the promising diagnostic
techniques for detecting and characterizing hydraulic fractures. LF-DAS signals can capture …

Thermal cracking in rocks can cause a significant increase in permeability, which is of great
significance for enhancing the oil recovery of ultra-low permeability reservoirs. To evaluate …

In order to obtain accurate production profile and fracture parameters of horizontal wells in
shale gas reservoir from distributed temperature sensing (DTS) data, an efficient inversion …

As an effective enhanced oil recovery (EOR) technique in tight reservoirs, cyclic water
injection has been extensively studied recently. However, very few studies have considered …