Acoustic Emission Monitoring of Al Corrosion in Cemented-Based Wasteforms

L.M. Spasova; M.I. Ojovan; Charlie R. Scales

doi:10.4028/www.scientific.net/AMR.13-14.223

Paper Titles

Acoustic Emission Testing of Concrete Frame during Pseudo Dynamic Loading
p.195

Acoustic Emission Parameters Dependence on the Destruction Process Characteristics into Concrete
p.201

A Practical Investigation into Acoustic Wave Propagation in Concrete Structures
p.205

Acoustic Emission (AE) and Nonlinear Elastic Wave Spectroscopy (NEWS) for Online Monitoring of Concrete Curing
p.213

Acoustic Emission Monitoring of Al Corrosion in Cemented-Based Wasteforms
p.223

Acoustic Emission for Corrosion Detection
p.231

Acoustic Emission Analysis of Crack Growth in a Corrosion Product
p.237

Detection of Stress Corrosion Cracking of Type 304 Stainless Steel Using Acoustic Emission and Corrosion Potential Fluctuation
p.243

Determination of Damage Levels of Composite Plates after Low Velocity Impacts Using Acoustic Emission
p.253

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Acoustic Emission Monitoring of Al Corrosion in Cemented-Based Wasteforms

Abstract:

An acoustic emission (AE) technique has been employed for nondestructive monitoring of the performance of a laboratory scale cementitious wasteform encapsulating Al. Recorded AE activity revealed the possibility for classification and differentiation of detected AE signals with a potential relationship between the corrosion rate of encapsulated Al and the accumulated structural damage within the cement matrix.