Earthquake engineer (M.Sc., Earthquake Engineering) working at the intersection of structural engineering research, applied seismic analysis, machine learning, and computer vision.
- 🔗 Website
- 🎓 Google Scholar
- 📄 ORCID
- 🔬 ResearchGate
- Seismic damage assessment of reinforced concrete members
- Machine learning-based response and drift prediction
- Digital twin-enabled structural health monitoring
- Performance-based seismic design and OpenSees modeling
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Feyzi, H., Khosravi-Hajivand, P., Hamidia, M.
Performance-based machine learning-aided seismic design methodology for reinforced concrete moment frames.
Bulletin of Earthquake Engineering, 2026.
DOI -
Rashvand, P., Khosravi, P. H., Hamidia, M., Hassani, N.
Comparative Assessment of CMR in Steel Seismic Force-Resisting Systems: A FEMA P-695 Statistical Analysis.
Interdisciplinary Journal of Civil Engineering, 2026.
DOI -
Khosravi Hajivand, P., Emami, S. M. M., Safaeimehr, A., Hosseini, H., Mahboubi, S.
Signal processing methods for structural health monitoring of bridges: a comprehensive review of classical, data-driven, and hybrid approaches.
Advances in Bridge Engineering, 2026.
DOI
| Project | Description |
|---|---|
| seismoscreen | Parametric 2D RC moment-frame pushover analysis in OpenSeesPy |
| rc-column-cyclic-hysteresis-opensees | Cyclic hysteresis analysis of a reinforced-concrete column in OpenSees |
- PHK Seismic Hub: Live earthquake monitoring, 3D globe, and engineering tools
- Seismic Lexicon: Interactive earthquake-engineering dictionary
Python / OpenSees · OpenSeesPy / C# · ASP.NET Core / Machine Learning · Computer Vision
Open to research collaboration and engineering-software discussions:
info@pouyakh.ir · pouyakh.ir