Ireneusz Dominik

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About

Ireneusz Dominik is a leading figure in experimental mechanics and non-destructive testing, with a particular focus on geotechnical instrumentation and structural health monitoring. His most cited work, "Fast, non-destructive measurement of roof-bolt loads" (2019), has garnered 27 citations and represents a significant contribution to mining safety. In this study, Dominik developed a novel method for assessing the load-bearing integrity of expansion-shell roof bolts—critical components in underground mine support systems—without requiring their removal or destruction. By combining pull-out laboratory tests with advanced monitoring techniques on bolts measuring 1.82 meters, he demonstrated how to rapidly evaluate bolt performance in situ, offering a practical tool for preventing catastrophic roof failures. This work exemplifies his broader research into the dynamics of mechanical systems and vibration-based diagnostics, where he has pioneered techniques for detecting structural flaws and assessing load conditions in real time. Dominik’s impact extends beyond academia; his methods directly enhance safety protocols in mining and civil engineering. His ability to translate complex mechanical principles into field-ready solutions marks him as a key innovator in applied mechanics, with his research regularly cited by engineers seeking reliable, non-invasive assessment tools for critical infrastructure.