Abstract Evaluation of rock mass deformability is an important but very challenging task in
the analysis and design of underground structures in rock. Although various empirical …

Temperature-and pressure-dependent elastic properties (static and dynamic shear and bulk
moduli) of porous rocks are investigated in terms of the characteristics of pore …

This paper, demonstrated a scientific approach to prepare a geomechanical model for
Bangestan reservoir in an oil well in the south-west of Iran. Bangestan is one of the most …

The ROP (rate of penetration) within the horizontal section of shale gas wells in the Luzhou
oil field is low, seriously delaying the exploration and development process. It is proved that …

The variations of the static and dynamic moduli of porous rocks as a function of differential
pressure have been described in terms of pore microstructure, ie, the effects of cracks (soft …

Mining-induced seismicity is one of the dynamic energy sources that can trigger coal burst.
This paper presents a new methodology to assess coal burst risks under different loading …

Rock-mechanics parameters such as Young's modulus and Poisson's ratio are critical to
geomechanical analysis and resource exploration. Because these parameters come from …

Optimizing the productivity of nonconventional, low‐permeability “shale” reservoirs requires
detailed knowledge of the mechanical properties of such materials. These rocks' elastic …

Distributed acoustic sensing (DAS) is an ideal tool for ambient noise tomography owing to
the dense spatial measurements and the ability to continuously record in harsh …

Researchers have long investigated the difference between static and dynamic Young's
modulus in terms of values and application. In field experiences, dynamic Young's modulus …