Guifang Liu

Xi'an Jiaotong University, Harbin Engineering University

Papers

Total Citations

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About

Guifang Liu is a pioneering roboticist whose research centers on bio-inspired robotics, dynamic locomotion, and smart adhesive systems. Her most impactful work introduces an electrically active smart adhesive that enables a perching-and-takeoff robot to dynamically land on moving targets—a breakthrough that dramatically improves onboard power efficiency and mission endurance. This innovation addresses critical challenges in autonomous landing, including impact mitigation and contact adaptability, earning 46 citations since its 2023 publication. Liu’s earlier research delves into quadruped locomotion, specifically examining how spine motion affects foot slip during high-speed bounding. By modeling sagittal plane dynamics in quadruped mammals, she revealed how spinal translation and bending influence ground contact stability—a foundational insight for agile legged robots. Though her earlier work has garnered fewer citations, it demonstrates her sustained focus on bridging biological principles with robotic design. Liu’s contributions are shaping the future of aerial and legged robotics, offering practical solutions for long-endurance missions and dynamic environments. Her work stands as a vital resource for students and researchers exploring adhesion mechanisms, perching strategies, and locomotion control in complex terrains.