Structural health monitoring (SHM) is an important aspect of the assessment of various
structures and infrastructure, which involves inspection, monitoring, and maintenance to …

The conventional blasting rock excavation method is the main means of rock breakage
because of its high productivity, and it is relatively inexpensive compared to other methods …

Ground vibration induced by mine blasting is the most significant adverse effect on nearby
residents and surroundings. Accurate prediction of blasting vibration using limited monitor …

Blast-induced ground vibration is one of the most significant challenges in explosive rock
fragmentation, affecting mine stability and worker and machine safety. However, limited …

This paper presents the results of comparative studies on the implementation of machine
learning methods in the damage intensity assessment of masonry buildings. The research …

The blast-induced ground vibrations can be significantly controlled by varying the location
and orientation of point of interest from blast site. The blast waves generated due to …

Side walls of deep underground cavities are commonly subject to dynamic disturbance of
blasting excavation. To study the distribution of blasting vibration velocity in the side walls of …

As the main structural component of partition wall or load‐bearing wall, brick masonry has
been widely used in construction engineering. However, brick and mortar are all brittle …

Accurate prediction of blasting vibration associated with tunnel engineering is essential to
ensure the safety and stability of tunnel excavation and to prevent any damage or distress to …

In underground metal mining, ensuring the stability of pillars considered as a principal
apprehension, given the likelihood of stress increase and relief leading to dynamic pillar …