Geomechanical properties are of high relevance in the design and optimization of hydraulic
fracturing required for production from shale gas reservoirs. Experimental techniques that …

Shale gas is an important supplement to the supply of natural gas resources and plays an
important role on the world's energy stage. The efficient implementation of hydraulic …

The elastic properties of rock are major factors affecting hydraulic fracturing. Static elastic
properties can be estimated using geomechanical laboratory tests, whereas dynamic …

Understanding the effects of mineral composition on geomechanical characteristics is critical
in order to design and optimize the hydraulic fracturing necessary for shale gas reservoir …

In recent years, the exploration and production of oil and gas from Bakken formation in
Williston Basin have proceeded quickly due to the application of multi-stage fracturing …

The mechanical properties of shale are generally influenced by in situ geological conditions.
However, the understanding of the effects of in situ geological conditions on the mechanical …

The horizontal section length of shale gas horizontal wells in Sichuan Basin in the south-
west of China generally exceeds 2000m. Cuttings are apt to accumulate and form cuttings …

Clays are among the main mineral components of shales and play a significant role in
mechanical properties and anisotropy. However, it is difficult to quantify the impact of clay …

A large shale gas reserve has been discovered in the deep Longmaxi reservoir in Sichuan
basin, western China, which is anisotropic, tectonically stressed, largely naturally fractured …

SummaryThe current research deals with the comprehensive and systematic investigation of
the geomechanical aspects of unconventional reservoirs such as shale gas reservoirs, tight …