Catharine Marsden
Papers
2
Total Citations
17
H-Index
2
About
Catharine Marsden is a researcher specializing in non-destructive evaluation (NDE) and advanced inspection methodologies, with a particular focus on aerospace structural integrity. Her work centers on developing innovative techniques to assess surface damage and internal core conditions in aircraft components, addressing critical challenges in aviation safety and maintenance reliability. Marsden's most notable contribution lies in her application of multi-frequency eddy current testing (ECT) to aluminum honeycomb sandwich aircraft panels — a class of lightweight structural components widely used in modern aviation. Recognizing the significant variability inherent in traditional manual inspection methods, her research demonstrates how ECT's sensitivity to probe-to-specimen spacing, known as lift-off, can be leveraged to achieve high-resolution surface profiling and subsurface core evaluation. This work offers a promising path toward more consistent, automated, and objective damage assessment in aircraft maintenance environments. Her 2017 research has accumulated citations across multiple publication venues, reflecting growing interest from the NDE and aerospace engineering communities in adopting her methods. For students and researchers working at the intersection of electromagnetic testing, aerospace engineering, and structural health monitoring, Marsden's contributions represent meaningful progress toward reducing human error in safety-critical inspections and advancing the reliability of aircraft non-destructive testing protocols.
Research Focus
Key Achievements
Top Papers
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