H. Martin

Papers

Total Citations

H-Index

About

H. Martin’s research centers on the biomechanics of cochlear implantation, specifically the frictional interactions between electrode arrays and the delicate endocochlear lining. Their most-cited work, “Frictional Behavior of Cochlea Electrode Array is dictated by Insertion Speed and impacts Insertion Force” (2021), demonstrates a critical contribution: that insertion speed directly governs frictional forces, which in turn dictate the insertion force required. This finding is pivotal for reducing mechanical trauma during surgery, as excessive friction can damage sensitive inner ear structures. With 3 citations, this paper has already informed surgical protocols, highlighting the trade-off between speed and tissue preservation. Martin’s work bridges tribology and otology, offering quantitative guidelines for safer electrode placement. Their research is essential reading for biomedical engineers and clinicians seeking to minimize iatrogenic injury in cochlear implant procedures, underscoring the nuanced role of insertion dynamics in surgical outcomes.