The quantification of mechanical properties of organic matter in shale is of significance for
the fine prediction and characterization of shale reservoir's mechanical properties. Due to …

Inertinite and vitrinite in 3 samples during oil generation from a lacustrine shale, the third
member of the Paleogene Shahejie Formation are investigated nanomechanical and …

This study investigates the fundamental properties of shallow aragonite‐component
dominant porous coral reef limestone (CRL) to investigate its micromechanical properties …

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 …

A major geological risk factor for engineering and energy-related applications, such as CO 2
storage and unconventional hydrocarbon production, is the geomechanical integrity of …

One solution to attain net zero CO 2 emissions is the sequestration of CO 2 in subterranean
formations. Deep limestone saline aquifers provide excellent storage sites for CO 2 due to …

Layered rocks are heterogeneous media composed of multiscale minerals with contrasting
geomechanical properties. It remains unclear how the mechanical responses of constituent …

Understanding the mechanical properties of shale is essential for applications such as shale
gas extraction, carbon sequestration, and underground mining. To capture the heterogeneity …

Abstracts In order to quantitatively characterize shale mineral interactions and interfacial
mechanical properties, the micromechanical properties were investigated. The interaction …

Understanding the changes in the mechanical properties of shale exposed to fracturing
fluids is crucial for optimizing parameters in hydraulic fracturing. However, the dynamic …