Mohammad Sharifzadeh
Papers
7
Total Citations
85
H-Index
5
About
Mohammad Sharifzadeh is a leading researcher in bio-inspired robotics, specializing in soft, reconfigurable mechanisms for locomotion. His work focuses on harnessing curvature-induced buckling and tunable stiffness to create efficient, maneuverable robots. Sharifzadeh’s major contributions include pioneering the use of anisotropically buckling beams for flapping-wing vehicles (28 citations) and developing reconfigurable curved beams that enable selectable swimming gaits in underwater robots (20 citations). He also introduced a novel pinched-tube mechanism for soft flexure hinges (14 citations), allowing directional stiffness changes without complex actuators. His fish-inspired robot, optimized via a CMA-ES workflow, achieves speeds of 0.71 body lengths per second with near-zero turning radius (10 citations). Sharifzadeh’s work on shape-change propagation through soft curved materials (7 citations) further advances dynamically-tuned paddling robots. Recognized for integrating design and simulation environments for rapid prototyping of laminate mechanisms, his research bridges analytical mechanics and practical robotics, offering scalable solutions for underwater exploration and adaptive locomotion.
Research Focus
Key Achievements
Top Papers
- 1Curvature-Induced Buckling for Flapping-Wing Vehicles28 citations · 2020
- 2
- 3Reconfigurable Soft Flexure Hinges via Pinched Tubes14 citations · 2020
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- 7Increasing the Life Span of Foldable Manipulators With Fabric2 citations · 2020