Landslides (LS) represent geomorphological processes that can induce changes over time
in the physical, hydrogeological, and mechanical properties of the involved materials. For …

The study of strain effects in thermally-forced rock masses has gathered growing interest
from engineering geology researchers in the last decade. In this framework, digital …

崩塌与落石作为岩质边坡破坏与诱发的典型地质灾害, 往往具有突发性, 隐蔽性和缺乏明显直接
的前兆信息, 很难做到准确和及时的应急响应, 存在巨大的安全隐患. 微震技术依靠远程无接触 …

Accurate evaluation of the impact range of hydraulic fracturing (HF) in coal seams is the key
to optimizing HF design schemes. In this study, multistage HF processes in Well No. 1 of the …

Monitoring rock mass damaging through the analysis of seismic records is an affirmed tool to
manage rock fall risk in view of mitigation strategies. This study proposes a novel approach …

Acoustic emission (AE) technology combined with acoustic tomography can realize the early
detection for unknown velocity structure of rock mass. However, multifactors limit the …

The study of the deformation of rock masses in response to near-surface thermal stresses is
nowadays considered crucial in the field of geological risk mitigation. The superposition of …

Rockfall is characterized by the high occurrence and great destructive damage to people
and infrastructure, given the lack of noticeable forerunners and complex mechanisms that …

This study summarises the research activity carried out in the Acuto Field Laboratory (FR,
Italy), where experiments testing the stability of a subvertical rock wall in limestone are …

Seasonal variations in continuous or transient environmental and anthropic stressors can
act as preparatory factors of rock deformation driving to progressive damage up to failure on …