Structural Health Monitoring (SHM) — Sensing, Data & Damage Detection
Structural health monitoring (SHM): sensing, data acquisition, signal processing and damage detection for bridges, buildings, dams, wind turbines and aerospace structures. A social-responsibility project by Sebiza Teknoloji.
What is Structural Health Monitoring? — A definition of SHM, why continuous monitoring beats periodic inspection alone, and the core idea that ties the whole field together:…
Sensing Technologies for SHM — Accelerometers, strain gauges, fiber optics, acoustic emission, GNSS and vision-based sensing — what each one measures, what it is good at,…
From Data to Decisions: SHM Analytics — Raw sensor streams are not answers. This is the analytics pipeline that turns waveforms into features, features into a damage indicator,…
Vibration-Based Damage Detection — Damage changes how a structure vibrates. This is the physical intuition behind frequency- and mode-shape-based methods, what they can and…
Digital Twins in SHM — A digital twin is a living model kept in step with a real structure by its sensor data. Here is what makes a twin more than a 3D model, and…
SHM for Bridges — Bridges are the classic SHM application: high consequence, exposed, and constantly loaded. A look at what we monitor, why, and how a…
Wireless Sensor Networks for SHM — Cutting the cables makes dense monitoring affordable — but trades wiring for batteries, bandwidth and synchronisation. The engineering of…
Standards and the Asset Lifecycle — SHM is not only sensors and algorithms — it is a practice that spans a structure's whole life and is increasingly shaped by standards and a…