Dmitry Solodov

National University of Science and Technology

Papers

Total Citations

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About

Dmitry Solodov is a pioneering figure in non-destructive evaluation (NDE), renowned for his innovative work in acoustic imaging and damage detection. His research centers on developing advanced diagnostic techniques that leverage the interaction of sound waves with structural defects. Solodov’s major contribution is the introduction of Resonant Air-Coupled Emission (RACE), a novel method that exploits local damage resonance (LDR) to detect and image flaws. By listening for airborne sound emitted from vibrating defects, his approach enables a new mode of diagnostic imaging that is both sensitive and non-contact. His most-cited paper, "Listening for Airborne Sound of Damage: A New Mode of Diagnostic Imaging" (2020, 8 citations), lays the foundation for this technique, demonstrating its potential to revolutionize structural health monitoring. Solodov’s work has significant implications for aerospace, civil engineering, and materials science, offering a safer, more efficient way to inspect critical infrastructure. His achievements include advancing the understanding of nonlinear acoustic phenomena and developing practical tools for early damage detection, making him a key contributor to the field.