Zilei Zhao

Okayama University of Science, Okayama University

Papers

Total Citations

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About

Zilei Zhao is a leading researcher in bio-inspired robotics and pneumatic actuation systems, with a focus on developing safe, compliant robots for human-cooperative tasks and hazardous environments. His foundational work on artificial muscle actuators, particularly the 2007 paper “Modeling of Artificial Muscle Actuator and Control Design for Antagonistic Drive System” (21 citations), introduced a novel static model using the principle of virtual works that accounts for dissipated energy from friction and elastic losses—a critical advancement for precise control in robotic manipulators. This contribution has shaped subsequent research into soft and compliant actuation. Zhao further demonstrated his impact through the 2010 study “Development of Quadruped Robot with Pneumatic Actuator” (3 citations), where he pioneered the use of pneumatic cylinders for quadruped locomotion, leveraging their inherent compliance and explosion-proof properties to enable safe operation in disaster zones and construction sites. His work bridges theoretical modeling and practical robot design, emphasizing safety and adaptability. With a career dedicated to advancing pneumatic artificial muscles and legged robotics, Zhao’s research continues to influence the development of robots that can work alongside humans in unstructured, dangerous settings.