To address the inherent intermittency and instability of renewable energy, the construction of
large-scale energy storage facilities is imperative. Salt caverns are internationally …

Current research on intermittent structural surfaces tends to concentrate on intermittent
joints, often neglecting the abundance of intermittent weak interlayers present in rock …

Aiming at the treatment problem for water inflow in a high geothermal environment, we
proposed a grouting simulation method in high‐temperature flowing water: temperature …

Triaxial compression tests were conducted on frozen sandy soils under a constant minimum
principal stress (σ 3= 1.6 MPa) and various intermediate principal stresses (σ 2= 1.6, 3.4 …

Severe instability disasters of hard rock often occur in pressurized deep tunnels with support
systems. To investigate the deformation characteristics, brittle fracture process, failure …

Phosphogypsum (PG)-based cemented paste backfill (PCPB) is a promising avenue for the
large-scale disposal of PG. However, the toxicity and low strength of PCPB results in high …

The assessment of rock brittleness holds significant importance for understanding and
predicting the mechanical properties and engineering behavior of rocks. Due to the lack of a …

The investigation into the impact of dry and wet cycles as well as prolonged immersion on
the shear properties of bolted rock joints can facilitate comprehension of the mechanism …

The two crucial shape factors (elongation ratio and flatness ratio) of brittle particles may
influence the dynamic breakage of brittle particles upon impact. Hence, three‐dimensional …

To investigate the mechanical behavior for rock bolt embedded in composite rock mass, a
modified nonlinear bond-slip model considering the residual strength is established, and …