Python module for conducting operational modal analysis
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Updated
Sep 22, 2026 - Python
Python module for conducting operational modal analysis
Automated Modal parameters identification from ambient vibrations measurement using the FDD
Modal identification of the eigenfrequencies and damping ratios of a line-like structure with a single accelerometer
Numerical implementation of the SSI-DATA method for system identification from the structural response
Repository containing multiple EOV Mitigation Procedures for Structural Health Monitoring.
Vibration-based structural damage detection and localisation in Python - modal analysis, novelty detection, and modal-drift localisation on simulated accelerometer data.
Reusable structural engineering building blocks for Python: modal analysis, sensor workflows and monitoring
Free, open-source desktop platform for structural health monitoring of bridges and civil infrastructure — vendor-neutral and runs locally.
Human-carried indirect sensing of flexible decks: coupled person-deck model, parameter explorer with mode selection, mode shapes, gait identification and observability index, 2D and 3D animations
A microcontroller based multi accelerometer system for OMA
Operational modal analysis of offshore wind monopiles: OpenSeesPy transient simulation → Hankel DMD (MAC > 0.99997 on modes 1-3) + 1,000-sample Latin hypercube uncertainty study.
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