Papers
2
Total Citations
8
H-Index
2
About
Liying Ma is a researcher specializing in structural mechanics and composite materials, with a particular focus on the dynamic behavior of fiber-reinforced polymer structures in robotic applications. Her most notable work investigates the dynamic response and damage assessment of glass fiber reinforced polymer (GFRP) spherical shells subjected to low velocity impacts — a critical consideration in the real-world operation of spherical robots, which routinely encounter incidental collisions during deployment. This research addresses a dual engineering challenge: understanding structural responses under routine operational impacts while also evaluating protective capacity against higher-intensity, low-probability impact events. By combining dynamic response analysis with damage assessment methodologies, Ma's work provides foundational insights for improving the structural resilience and safety of spherical robotic platforms. Her contributions sit at the intersection of advanced composite materials engineering and robotics, offering practical guidance for designers seeking to optimize shell structures for both everyday durability and exceptional loading scenarios. With her published findings accumulating citations within the robotics and structural engineering communities, Ma represents an emerging voice in the specialized field of impact mechanics applied to next-generation robotic systems.
Research Focus
Key Achievements
Top Papers
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