This article gives a comprehensive review of the acoustic emission (AE) technique for its
applications in concrete structure health monitoring. Basic and established condition …

This review focuses on the fiber reinforced cementitious composites for construction, a
rapidly advancing material field, from a certain perspective. While fiber reinforcement is …

Increased water content in rocks can result in a decline in their strength and an increase in
deformation, which can lead to geological disasters such as landslides and tunnel …

The crack classification in the rupture process of filling materials is important for predicting
rupture instability and identifying rupture precursor features. To investigate fiber-reinforced …

Crack location and type identification of reinforced concrete columns in service is of great
interest to researchers, since it influences the decision-making of maintenance and retrofit …

In recent years, microwave mechanical rock breaking—an energy-saving technology with
environmental benefits and high efficiency—is increasingly being used to improve the rock …

As the cracking mode (tensile or shear) of a crack is related to the underlying physical
mechanisms, crack mode classification is a very useful method to identify the damage state …

Understanding of effects of water on crack propagation and crack failure modes of coal is
important to determine the required width of the coal pillars in underground reservoirs and …

The aim of this study is to apply acoustic emission (AE) technique and study the damage
mechanism of the reinforced concrete (RC) beams under four-point bending. Laboratory …

Studying the frictional process, acoustic emission (AE) characteristics and permeability
evolution of fractures under water injection is fundamental for proposing theories and …