Steel texture, anisotropy and r-value
Directional electromagnetic measurements linked with crystallographic texture and sheet-forming behaviour.
Research and innovation
Turning magnetic response into materials understanding.
Our research connects electromagnetic behaviour with microstructure, texture, temperature and processing. The goal is measurement methods with a credible path to non-destructive use.
Explore publications ↗Thermally driven microstructural change
Electromagnetic monitoring of recovery, recrystallisation and phase transformation during controlled thermal cycles.
Weld and interface assessment
Exploring electromagnetic sensitivity to weld geometry, local metallurgical change and process variation.
Measurement systems and modelling
Integrating multi-frequency sensing, controlled fixtures, reference evidence and magnetic simulation.
Research method
Correlation is tested, not assumed.
Electromagnetic response depends on several interacting factors. Sound development compares the signal with suitable reference measurements and checks the influence of geometry, temperature, conductivity, permeability and microstructure.
Material question→Controlled experiment→Reference evidence→Measurement model
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