Yaniv Ganor

Papers

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About

Yaniv Ganor is a leading researcher in the mechanics of smart materials, with a particular focus on ferromagnetic shape memory alloys (FSMAs) and their applications in small-scale actuation and propulsion. His work bridges materials science and engineering, exploring how these alloys undergo large, reversible deformations under magnetic fields. Ganor’s most-cited paper (2013, 28 citations) introduces a ferromagnetic shape memory flapper for remotely actuated propulsion systems, addressing the challenge of generating thrust at low Reynolds numbers where viscous forces dominate. This work demonstrates how FSMA actuators can overcome the limitations of traditional small-scale devices. In a second highly cited study (2016, 16 citations), Ganor investigates zig-zag twins and helical phase transformations in NiMnGa crystals, showing how a simple array of permanent magnets can induce large bending deformations—a key insight for designing flexible, magnetically controlled structures. These contributions have advanced the understanding of magneto-mechanical coupling in shape memory materials and opened new pathways for micro-robotics and biomedical devices. Ganor’s research is notable for its combination of theoretical modeling and experimental validation, making him a respected voice in the field of active materials and small-scale actuation.