L.E. Redding

Engineering and Physical Sciences Research Council

Papers

Total Citations

H-Index

About

Dr. L.E. Redding’s research focuses on advancing industrial product-service systems through innovative service knowledge capture and reuse. Their most notable contribution, detailed in the 2014 work “Service Knowledge Capture and Reuse,” introduces a groundbreaking approach to documenting service damage knowledge for individual components. By employing active thermography and sophisticated image processing techniques, Dr. Redding enables precise, non-destructive assessment of component wear and failure, transforming how maintenance and lifecycle data are collected and applied. This work, with 4 citations, lays essential groundwork for smarter, data-driven service strategies in manufacturing and engineering. Dr. Redding’s research bridges the gap between physical inspection and digital knowledge management, offering practical solutions for extending product life and reducing downtime. Their contributions are particularly valuable for students and researchers exploring predictive maintenance, condition monitoring, and the integration of sensor-based diagnostics into service workflows.