The mechanical characteristics and failure behavior of rocks containing flaws or
discontinuities have received wide attention in the field of rock mechanics. When external …

Fatigue tests under different maximum cycling stresses were performed on salt rock
specimens to study the microstructural variations and damage evolvement of salt rock under …

Identifying precursor information to rock failure is key to rock dynamic disaster warning. To
solve the problem that a single in-situ monitoring method cannot accurately identify the …

The study of rock mass properties under low-temperature conditions is an important basis to
ensure the stability of engineering in alpine regions and the safety of engineering …

This paper deals with the acquisition of the crack evolution and propagation behaviors of the
compacted tailing soils from full-field displacement fields by incorporating two-dimensional …

Anchorage is an important means in geotechnical engineering and has a wide range of
application scenarios. This study aims to investigate the anchorage failure mechanism of a …

Abstract Digital Image Correlation (DIC) is a popular non-contact, photography-based strain
measurement method in geomechanics laboratory testing of rock. The application of a …

A new multiscale observation method was developed to interpret the initiation and evolution
of localized strain in sandstones. The method can observe surficial strain field and internal …

To clarify the influence mechanism of initial defects on the internal crack evolution law and
damage destruction of cement superfine tailings backfill (CSTB), uniaxial compression and …

Ultrasound numerical simulation can be used as a powerful tool to investigate the
generation, propagation, and interaction of elastic waves in solid materials for non …