How do we detect flaws in advanced functional materials as they are manufactured? As industry moves toward additive manufacturing of complex composite structures - such as carbon-fiber-reinforced polymers (CFRPs) or Lithium-Ion Batteries - traditional inspection techniques struggle to characterise their properties with sufficient accuracy and detail.
In this seminar, Prof. Robert Hughes (University of Bristol) will explore the frontier of high-frequency inductive sensing and the electromagnetic behaviour of complex anisotropic materials. He will highlight the fundamental principles and surprising resonant phenomena in passive inductive arrays, demonstrating recent advances in the design and application of novel spectral sensors.
Key Topics Covered:
- Advanced Material Inspection: Addressing the challenges of characterising complex composite structures and additive manufacturing components in real time.
- High-Frequency Inductive Sensing: Understanding the electromagnetic behaviour and signal response of complex anisotropic materials.
- Passive Inductive Arrays: Exploring resonant phenomena and new sensor design principles for high-precision non-destructive evaluation.
- Spectral Sensor Applications: Demonstrating cutting-edge sensor technology developed at the University of Bristol.
The lecture will ultimately address a fundamental question: how can novel electromagnetic sensing techniques transform defect detection and quality control in advanced manufacturing?