Papers
1
Total Citations
2
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1
About
Elon Tovi is a researcher in nonlinear dynamics and fluid–structure interactions, with a particular focus on the locomotion of flexible and articulated systems in fluids. His work bridges theoretical mechanics and biological inspiration, exploring how passive visco-elastic elements can enhance or destabilize swimming motion. In his most-cited paper, "Dynamics, stability and bifurcations of a planar three-link swimmer with passive visco-elastic joint using 'ideal fluid' model" (2024), Tovi develops a detailed analytical framework to study how a simple three-link swimmer—a model for undulatory locomotion—behaves under ideal fluid assumptions. He identifies key bifurcations that govern transitions between stable swimming gaits and chaotic or stalled states, offering insights into the role of joint stiffness and damping. Though early in his citation impact (2 citations), this work has been recognized for its rigorous combination of dynamical systems theory and biomechanical modeling. Tovi’s contributions are valuable for researchers in soft robotics, bio-inspired engineering, and theoretical fluid dynamics, providing a foundation for designing more efficient, passively adaptive underwater vehicles.
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