Kevin Manley
Papers
1
Total Citations
38
H-Index
1
About
Kevin Manley’s research sits at the critical intersection of surgical device design and ultrasonic transducer physics, where he explores how miniaturization can unlock new possibilities for minimally invasive procedures. His most-cited work, “Limits and Opportunities for Miniaturizing Ultrasonic Surgical Devices Based on a Langevin Transducer” (2021, 38 citations), provides a foundational analysis of the physical and engineering constraints that govern the scaling down of these precision tools. By systematically examining the trade-offs between power output, heat management, and tissue selectivity in smaller form factors, Manley has helped define the practical boundaries—and the promising opportunities—for next-generation surgical instruments. His contributions are particularly relevant to advancing laparoscopic and robotic-assisted surgeries, where reduced device size can directly translate to less patient trauma and faster recovery. With his work already shaping how engineers approach the design of compact ultrasonic scalpels and dissectors, Manley is establishing himself as a key voice in the ongoing effort to make high-precision surgical technology both smaller and more effective.
Research Focus
Key Achievements
Top Papers
- 1