Basit Yaqoob
Papers
4
Total Citations
18
H-Index
3
About
Basit Yaqoob is an emerging researcher specializing in biomechanics and bioinspired locomotion, with a particular focus on undulatory movement — the sinuous, wave-like motion employed by limbless animals such as snakes and eels. His work sits at the intersection of applied mathematics, robotics, and biological mechanics, seeking to decode how geometry, material stiffness, damping, and frictional anisotropy collectively govern efficient movement across diverse environments. Yaqoob's most influential contribution, "Mechanics and optimization of undulatory locomotion in different environments" (2023, 10 citations), establishes a comprehensive framework for understanding both active and passive locomotion strategies, distinguishing his approach through its rigorous treatment of passive viscoelastic body properties. His subsequent studies have extended this foundation into viscous environments and hybrid friction regimes, demonstrating how organisms and robots alike might exploit environmental interactions rather than merely overcome them. His 2025 work on morphological adaptations introduces scaling considerations, linking body size variation to energetic efficiency in lateral undulation. Though still early in his career, Yaqoob's cumulative contributions are building a quantitative theoretical toolkit for designing energy-efficient, limbless robotic systems and deepening our understanding of how nature optimizes movement without limbs.
Research Focus
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Top Papers
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