Sina Shid-Moosavi

Sina Shid-Moosavi

PhD Candidate in Data and Systems

Selected Publications

You can also find my articles on my Google Scholar profile.
  • Tronci, E., Shid-Moosavi, S., and Speciale, C., Pattern Recognition and Damage Detection in Wind Turbine Monitoring Using Cepstral Coefficients, 11th International Conference on Experimental Vibration Analysis of Civil Engineering Structures (EVACES), (2025).
  • Shid-Moosavi, S., Di Cioccio, F., Haghi, R., Tronci, E., Moaveni, B., Liberatore, S., and Hines, E., Modeling and Experimentally-Driven Sensitivity Analysis of Wake-Induced Power Loss in Offshore Wind Farms: Insights from Block Island Wind Farm, Renewable Energy, (2025).
  • Shid-Moosavi, S., Tronci, E., and Speciale, C., Damage Identification Strategy in Time-Varying Dynamic Systems Combining Cepstral and Image-Based Features, International Modal Analysis Conference (IMAC-XLII), (2025).
  • Shid-Moosavi, S., Smart Mobility Sensing of Origin-Destination Pairs Using Computer Vision, University of Central Florida, (2023).
  • Shid-Moosavi, S., Hassan, Z., and Sun, P., Towards Full-Field Sensing of 3D Deformation in Structural Components using Multi-Camera Photogrammetry, 8th World Conference on Structural Control and Monitoring (8WCSCM), (2022).
  • Vasef, M., Marefat, M., Shid-Moosavi, S., and Sun, P., Monitoring the Seismic Behavior of a Scaled RC Frame with Intermediate Ductility in a Shaking Table Test, 8th World Conference on Structural Control and Monitoring (8WCSCM), (2022).
  • Abasi, A., Shid-Moosavi, S., and Rahai, A., Seismic Performance of Integral, Semi-Integral, and Conventional Bridges, 5th International Conference on Bridges, (2019).
  • Shid-Moosavi, S., and Rahai, A., The Performance of Integral and Semi-integral pre-tensioned concrete bridges under thermal loads depending on various deck to pier connections, 11th National Congress On Civil Engineering (11-NCCE), (2019).
  • Shid-Moosavi, S., and Rahai, A., The performance of integral and semi-integral pre-tensioned concrete bridges under seismic loads in comparison with conventional bridges, Amirkabir Journal of Civil Engineering, (2018).