With rapid development of unconventional tight and shale reservoirs, considerable amounts
of data sets are increasing rapidly. Data mining techniques are becoming attractive …

Abstract Characterization and modeling of unconventional reservoirs are quite challenging
as the fluid flow through nanoporous media is not well-understood due to complexity of such …

Seismic Petrophysics in Quantitative Interpretation is written for oil and gas industry
professionals and academicians who are concerned with the use of seismic data in …

The objective of this study was to evaluate treatment distribution and fracture geometry in a
multi-stage, multi-cluster fracture completion performed in a horizontal Eagle Ford well …

One of the most-significant practical problems with the optimization of shale-gas-stimulation
design is estimating post-fracture production rate, production decline, and ultimate recovery …

This paper summarizes findings from a one-year study sponsored by seven operators and
service companies to investigate interpretation of diagnostic fracture injection tests (DFIT's) …

Multiple fracture placements in single wells have a sixty year history with first applications
soon after hydraulic fracturing was patented. Fracturing technology has been applied to …

Artificial intelligence and machine learning (ML) are being applied to many oil and gas
(O&G) applications and seen as novel techniques that may facilitate efficiency gains in …

As an important part in the process of hydraulic fracturing, fracturing fluid flowback after
fracturing will directly affect the productivity of the fractured wells. It is of great significance to …

Hydraulic fracturing, when applied in concert with horizontal drilling, has led to a
rejuvenation and revolution in the oil and gas industry that has been felt globally. When …