Tidal Blade Test Analysis

Problem

Full-scale blade tests produce large, heterogeneous sensor datasets. Analysis needs to summarise channel inventories, static response, frequency content, fatigue cycles and actuator/load behaviour without exposing private TDMS files or test logs.

Approach

• Inspect TDMS channels and summarise timing/channel metadata.
• Process static load-displacement relationships and actuator/root-bending-moment checks.
• Extract fatigue-cycle peak/trough summaries from synthetic or processed public-safe signals.
• Provide natural-frequency and damping helpers for vibration/free-decay examples.
• Include applied-AI screening as prioritisation support, not confirmed damage labelling.

What it demonstrates

This project shows engineering-analysis depth: structural-test processing, sensor QA/QC, natural-frequency helpers, fatigue-cycle summaries, documentation, tests, synthetic examples and clear confidentiality boundaries.