Pierre Joli

Université d'Évry Val-d'Essonne, Institut des Mondes Africains

Papers

Total Citations

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About

Pierre Joli’s research career centers on the design and control of specialized robotic systems for medical applications, with a particular focus on minimally invasive surgery (MIS) and microactuation. His most cited work, “Modeling and experimental analysis of a new bellow type actuators for active catheter end-effector” (2002, 8 citations), introduces a novel flexible microactuator for endovascular procedures. This study models a bellow-type actuator—a concept originally developed by Francois (2000)—and demonstrates its potential for precise, compliant movement in catheter end-effectors, aiming to improve safety and dexterity during abdominal treatments. Joli’s contribution lies in bridging theoretical modeling with experimental validation, offering a foundation for future active catheter designs. His earlier work, “Nonlinear Control of a Parallel Robot Including Motor Dynamics” (1997, 3 citations), reflects his broader expertise in robotic control, addressing the complexities of motor dynamics in parallel mechanisms. While his citation counts are modest, Joli’s focus on niche, high-impact areas like medical microactuators underscores his dedication to advancing surgical robotics. His research provides valuable insights for engineers developing next-generation tools for minimally invasive interventions.