Shuo Zheng

Nanjing University of Aeronautics and Astronautics

Papers

Total Citations

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About

Shuo Zheng is a pioneering researcher in advanced robotic manufacturing, specializing in flexible forming processes for complex geometries. His work centers on the design and implementation of high-degree-of-freedom robotic systems that push the boundaries of traditional metal forming. Zheng’s major contributions include the development of a 6-DOF robot flexible bending system (2023, 11 citations) and an innovative single-multipoint incremental forming system for curved thin-walled components (2024, 9 citations), both of which enable unprecedented precision and adaptability in manufacturing. His earlier study on the forming characteristics of a novel robot-based tube bending process (2022, 5 citations) laid the groundwork for these advances. With a cumulative citation count of 25 across his most-cited works, Zheng’s research is gaining traction in the field of robotic forming, offering scalable solutions for industries such as aerospace and automotive. His notable achievement lies in integrating high degrees of freedom with incremental forming techniques, effectively bridging the gap between traditional tooling and flexible automation.