Sarah Sharpe
Papers
2
Total Citations
41
H-Index
2
About
Sarah Sharpe is a leading researcher in comparative biomechanics, with a focus on how animals move through complex, yielding substrates like granular media—sand, soil, and other resistive force-dominated environments. Her work bridges biology, physics, and robotics to uncover fundamental principles of locomotion. Sharpe’s most cited paper, “Emergence of the advancing neuromechanical phase in a resistive force dominated medium” (2013, 36 citations), reveals how undulatory locomotion—a traveling wave of body bending—generates thrust in sand, demonstrating a novel neuromechanical phase shift that enables efficient movement in these challenging environments. This study provides critical insights for designing bio-inspired robots capable of navigating granular terrains. Her earlier comparative work (2012, 5 citations) synthesizes movement strategies across species, establishing key principles for motion on and within granular media. Sharpe’s research has profound implications for robotics, paleontology, and our understanding of animal behavior in natural habitats. Her contributions are foundational for engineers and biologists seeking to decode the mechanics of movement in unpredictable, non-fluid environments.
Research Focus
Key Achievements
Top Papers
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