Yuyao Zhou

Papers

Total Citations

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About

Yuyao Zhou is a robotics researcher whose work bridges precision mechanical design and field robotics, with a particular focus on tree-climbing and agricultural robots. Zhou’s most-cited paper, “The Dynamic analysis of Planetary roller screw in Tree-climbing robot” (2021, 6 citations), makes a foundational contribution by calculating the stiffness of mechanical joints in planetary roller lead screws—critical components for lifting and lowering sawing modules in tree-climbing platforms. This work addresses a key challenge in ensuring the stability and precision of robotic operations in unstructured outdoor environments. Zhou’s research sits at the intersection of mechanism dynamics, screw drive systems, and mobile manipulation, with implications for forestry automation and arboriculture. While still early in their career, Zhou’s focus on the dynamic behavior of high-precision transmission components demonstrates a rigorous, application-driven approach. Their work is particularly relevant for researchers developing robots that must operate reliably under variable loads and in challenging terrains. As the field of agricultural robotics grows, Zhou’s contributions to the mechanical foundations of climbing and manipulation systems will likely see increasing impact.