Eyal Setter

Technion – Israel Institute of Technology

Papers

Total Citations

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About

Eyal Setter is a researcher in micro-robotics and low-Reynolds-number fluid dynamics, focusing on the propulsion mechanisms of micro-scale swimmers. His work explores how microorganisms and artificial micro-robots generate motion through traveling surface waves—a fundamental challenge in environments where viscous forces dominate inertia. Setter’s key contributions include the design and analysis of a robotic swimmer/pump based on an optimal wave-generating mechanism (2013, 5 citations), which demonstrates how engineered systems can mimic biological propulsion. He has also studied propulsion by multiple traveling waves (2014, 3 citations), providing insights into the complex interactions between standing and propagating waves on deforming surfaces. His earlier work on a micro-scale swimmer propelled by traveling surface waves (2011, 3 citations) examines how slender cylindrical shells can generate thrust through small transverse wave deformations. Though his citation counts are modest, Setter’s research addresses foundational questions in micro-robotics and bio-inspired engineering, contributing to the development of tiny swimmers for medical and environmental applications. His work is particularly relevant for students and researchers interested in the intersection of fluid mechanics, robotics, and biomimetics.