Jialing Yang
Papers
3
Total Citations
36
H-Index
2
About
Jialing Yang is a pioneering researcher at the intersection of biomechanics, robotics, and bio-inspired engineering. Their work explores how biological systems solve complex physical challenges, from energy absorption in feline landings to aerodynamic manipulation in insect combat. Yang’s most cited study, “Effect of Flexible Back on Energy Absorption during Landing in Cats” (2014, 31 citations), revealed how spinal flexibility dissipates impact forces, offering design principles for resilient robotic structures. This foundational work has influenced both comparative biomechanics and soft robotics. In a more recent study on fighting crickets (2020), Yang experimentally demonstrated how *Velarifictorus micado* strategically manipulates air resistance during combat, providing novel insights into insect-scale locomotion and control. Most notably, Yang’s 2025 paper tackles a frontier challenge in space robotics: explicit-time trajectory tracking for state-constraint continuum free-floating space robots. By employing piecewise constant curvature models, they achieve smooth joint paths with low input, solving the critical problem of large joint angular velocity and high control effort. This work promises safer, more efficient manipulation in zero-gravity environments. Yang’s career exemplifies how biological inspiration can drive innovation in robotics, from terrestrial landings to extraterrestrial operations.
Research Focus
Key Achievements
Top Papers
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