Chenghang Li

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About

Chenghang Li is a researcher focused on advancing robotics and bio-inspired actuation systems, with key contributions in multi-legged robot stability and artificial muscle technology. In his highly cited work on hexapod robot posture adjustment, Li developed a smooth adjustment method to address instability during start-stop transitions in attitude changes, using kinematics analysis to map joint angles to body position—a critical innovation for improving the reliability of walking robots in real-world applications. His research on artificial muscles introduced a novel pressure supply mode based on a connected structure, featuring a hollow tube with an electromagnet and magnetic piston to regulate air pressure, offering a compact and efficient solution for soft robotics. With 6 citations for his hexapod study and 2 for his artificial muscle design, Li’s work demonstrates practical impact in robotics engineering. His achievements include pioneering methods that enhance robot stationarity and actuation efficiency, making his research valuable for students and engineers exploring legged locomotion and biomimetic systems.