Timothy P. Kinney

Papers

Total Citations

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About

Timothy P. Kinney’s research sits at the intersection of surgical robotics and biomechanics, with a focus on quantifying the physical forces involved in minimally invasive procedures. His most-cited work, "Determination of Surgical Robot Tool Force Requirements Through Tissue Manipulation and Suture Force Measurement" (2011), established foundational benchmarks for robotic surgical system design. Using a cadaveric porcine model, Kinney systematically measured the forces required for abdominal organ manipulation, tissue puncture, knot tightening, and suture breakage. This data directly informs the engineering constraints for surgical robot actuators and end-effectors, ensuring they can safely and effectively replicate human surgical dexterity. While his citation count (5 for this paper) reflects a specialized niche, the impact of this work is significant within the surgical robotics community, providing essential empirical parameters for tool development. Kinney’s contributions bridge the gap between clinical surgical needs and robotic hardware design, making his research a critical reference for engineers developing next-generation surgical systems. His precise, application-driven approach exemplifies how targeted biomechanical measurements can shape the future of robotic-assisted surgery.