Engineering Systems Health Monitoring
Health monitoring has widely been used for aerospace, civil and mechanical systems, but no substantial breakthrough has been made on incorporating reliability and uncertainty. Our efforts are to explore and implement cutting-edge computing paradigms and novel interdisciplinary techniques for damage assessment, hazard mitigation, and maintenance of structural safety and reliability.
Members
- Sankaran Mahadevan (Professor, CEE)
- Douglas Adams (Professor, CEE)
- Kane Jennings (Professor, ChBE)
- Pranav Karve (Research Assistant Professor, CEE)
- David Koester (Research Scientist, CEE)
- Garrett Thorne (Technical Staff, CEE)
- Abhinav Subramanian (Post-doctoral Fellow, CEE)
- Yanqing Bao (Graduate Student, CEE)
- Yulin Guo (Graduate Student, CEE)
- Berkcan Kapusuzoglu (Graduate Student, CEE)
- Sarah Miele (Graduate Student, CEE)
- Paromita Nath (Graduate Student, CEE)
- Christopher Nash (Graduate Student, ME)
- Thomas Stilson (Graduate Student, ME)
- Julia Frinfrock (Undergraduate Student, CEE)
- Matthew Sato (Undergraduate Student, CEE)
Related Research Project (Sponsor)
- Information Fusion for Real-time National Air Transportation System Prognostics Under Uncertainty (NASA)
- Resilient Structures for Extended Maintenance-Free Operations (U.S. Army Research Laboratory)
- Online Monitoring of Concrete Structures (U.S. Department of Energy)
- Uncertainty Quantification in Manufacturing Data Analytics (NIST)
- Cure Monitoring of FRP Composites (U.S. Department of Energy)
- 3-D Chemo-Mechanical Degradation State Monitoring, Diagnostics and Prognostics of Corrosion Processes in Nuclear Power Plant Secondary Piping Structures (U.S. Department of Energy)