Zehao Yuan

Northeast Forestry University, University of Illinois Urbana-Champaign

Papers

Total Citations

H-Index

About

Zehao Yuan is a robotics researcher whose work focuses on the critical intersection of actuator technology and robot locomotion control. His primary research areas include robotic actuation systems, impact mitigation strategies for legged robots, and foot-ground contact mechanics. Yuan’s most notable contribution is his development of a velocity planning buffer control method, which uses a virtual model to actively manage the forces and velocities during a falling robot’s impact with the ground. This work, detailed in his 2023 paper on foot-ground contact mechanics (5 citations), directly addresses the challenge of protecting sensitive leg joint motors and onboard electronics from damage. Complementing this, his comprehensive review on the current status and prospects of actuators in robotics (4 citations) provides a valuable taxonomy of actuation technologies—from electromagnetics to emerging smart materials—and outlines their applications and limitations. Together, these contributions establish Yuan as a researcher dedicated to making robots more resilient and efficient, bridging the gap between fundamental actuator design and practical, real-world control strategies for dynamic locomotion.