Understanding the mechanical behavior of rock is a fundamental requirement for many
geological explorations. Based on the frequency dependence of primary and shear wave …

It is important and meaningful for understanding the geomechanical properties of rock and
providing guidance on analyzing and simulating the formation processes of engineering …

In-situ stress measurement is a key task in deep underground mining activities. An efficient
stress measurement technique is important for determining the safety of the surrounding …

The island of Holsnøy in the Bergen Arcs, which belong to the Caledonides of western
Norway, represents an excellent example of how fluid‐induced eclogitization modifies …

Metamorphic reactions can lead to important changes in rock strength and density.
Eclogitization constitutes one of the most emblematic transformations in continental …

Thermal stress can result in significant changes in the mechanical and transport properties
of building materials, especially in terms of cracking. Three building materials were studied …

Subduction zone processes and the resulting geometries at depth are widely studied by
large‐scale geophysical imaging techniques. The subsequent interpretations are dependent …

Geomechanics is a science that studies rock behavior under stress conditions. The major
purpose of this study is to use seismic geophysics (Elastic wave) to examine the …

Measuring rock elastic constants and anisotropy parameters and understanding their
changes in response to changes in pressure and temperature is crucial for modeling and …

The thermal and mechanical tests of different porosity limestone show that an increase in the
axial load results in the higher velocities of elastic waves while elevation of temperature …