Core, thin section, conventional and image logs are used to provide insights into distribution
of fractures in fine grained sedimentary rocks of Permian Lucaogou Formation in Jimusar …

This work investigates numerical method and equivalent continuum approach (ECA) of fluid
flow in fractured porous media. The commonly used discrete fracture model (DFM) without …

Severe well interference through complex fracture networks (CFNs) can be observed among
multi-well pads in low permeability reservoirs. The well interference analysis between multi …

Parameter inversions in oil/gas reservoirs based on well test interpretations are of great
significance in oil/gas industry. Automatic well test interpretations based on artificial …

Fluid flow modeling of naturally fractured reservoirs remains a challenge because of the
complex nature of fracture systems controlled by various chemical and physical phenomena …

Ultralow-temperature fluids (such as liquid nitrogen, liquid CO2) are novel waterless
fracturing technologies designed for dry, water-sensitive reservoirs. Due to their ultralow …

The liquid production and water injection profiles are extremely important in understanding
the well and reservoir characteristics of horizontal wells. However, only several wells may be …

This work mainly studies the effect of fluid phase momentum transfer mechanisms on the
acidizing results, including the retardation effect of the porous structure and the interaction …

Discrete reservoirs are commonly seen in fractured-caved carbonate reservoirs. The effect of
cyclic huff-n-puff in single well and water flooding in well group is varied for different wells …

Waterflooding is a widely used technique for developing unconventional reservoirs. Long-
term waterflooding can lead to the formation of multiple induced fractures. Accurately …