As the geotechnical engineering profession moves forward into the twenty-first century, the
role of seismic testing, as well as other geophysical testing methods, will increase …

This paper introduces a novel method of acoustic emission (AE) analysis which is
particularly suited for field applications on large plate-like reinforced concrete structures …

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 …

Mode I (tensile) failure dominates brittle rock deformation at shallow depth and low
pressures as is observed from rock masses, in tunnelling, and in mining operations …

A series of uniaxial compression tests were performed on 96‐mm‐diameter quartzite
samples, 242 mm in length, to understand the scaling of rock fracture processes. Nine …

In central Europe, many geo-energy reservoirs have revealed to be hosted in transverse
isotropic crystalline rock, where the rock's mechanical and hydraulic transport properties are …

This paper presents a unique embeddible acoustic emission sensor. Comparison with
theoretically calculated waveforms for the embedded sensor, surface step force Lamb's …

Zusammenfassung Die Schallemissionsanalyse wendet Methoden aus der Seismologie
und der Nachrichtentechnik an, um Ereignisse zu erfassen und zu lokalisieren …

Array processing of seismic data provides a powerful tool for source location and
identification. For this method to work to its fullest potential, accurate transduction of the …

A full waveform inversion of the kinematics of a 3-D source inside an artificial rock plate is
presented. The source is provided by a piezoelectric disc embedded inside a gypsum plate …