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

The fracture mode of cracking in concrete is normally changing from tensile mode to shear
mode at impending failure. As for crack classification in concrete by acoustic emission (AE) …

At a microscopic scale, the failure of brittle materials results from crack initiation, propagation
and coalescence. Acoustic emission (AE) technique, especially parameter analysis, has …

This study experimentally investigates the influence of freeze–thaw (FT) cycles on the
mechanical properties and cracking features of concrete. The specimens, which are …

Porous concrete is an environmentally friendly material. To evaluate the damage and
discuss the failure mechanism of porous concrete, a uniaxial compression test was carried …

Abstract Characterization of the damage mechanisms of a structure in real time is a
challenging engineering task. Several nondestructive testing techniques have been used …

This paper describes an application of the acoustic emission signal features in the structure
health monitoring (SHM) fields. The most popular applications of acoustic emission signal in …

This chapter will review applications of acoustic emission (AE) in two fields, mine monitoring
and testing of rock specimens in the laboratory that means in much differing scales of some …

This paper explores the use of acoustic emission (AE) and X-ray tomography to identify the
mechanisms of damage and the fracture process during compressive loading on concrete …

Detecting and monitoring the damage locations of in-service reinforced concrete (RC)
structures is difficult as they exhibit more complex geometries and consist of composite …