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Active-Passive Monitoring of Concrete under Uniaxial Pressure: Relating Acoustic Emission and Ultrasonic Velocity for Elastic Property Assessment

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Acoustic emission indicates microcracking activity, helping to relate structural damage to elastic properties.
Ultrasonic pulse velocity revealed significant changes during early loading stages, correlating with detected AE events.
The study identifies limitations of CWI when damage exceeds a few percent, indicating potential need for integrated methods.
Results illustrate the importance of non-destructive monitoring techniques for early damage detection in concrete structures.

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This analysis correlates acoustic emission and ultrasonic velocity in concrete to assess elastic properties, suggesting improved damage detection.

Skłodowska et al. (2025) studied this question.

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This analysis correlates acoustic emission and ultrasonic velocity in concrete to assess elastic properties, suggesting improved damage detection.