Robust parametric design of eddy current probes for accurate measurement of magnetic permeability in moving ferromagnetic strips using Taguchi optimization

Abstract

This work focuses on the development and optimization of eddy current probes for precisely measuring the magnetic permeability of ferromagnetic strips under dynamic conditions. By employing the Taguchi robust design approach, the study aims to maximize the signal-to-noise ratio and minimize signal variability caused by uncontrollable design and operational factors. The resulting probe design enhances measurement accuracy, stability, and reliability in real-world industrial applications, ultimately improving the quality control processes for ferromagnetic materials