Zhe Yan

Papers

Total Citations

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About

Zhe Yan is a researcher at the forefront of soft robotics and reconfigurable robotic systems, with a focus on enhancing the environmental interaction and operational stability of next-generation robots. His most cited work, "Touch Locating and Stretch Sensing Studies of Conductive Hydrogels with Applications to Soft Robots" (2018, 23 citations), pioneers the integration of conductive hydrogels into soft robotic platforms, enabling these compliant machines to sense touch and stretch—a critical step toward autonomous adaptation in unstructured environments. This contribution bridges materials science and robotics, offering a pathway to more intelligent, sensor-rich soft robots. Yan also addresses practical challenges in modular robotics through his study on "Configuration selection for tip-over stability of a modular reconfigurable mobile manipulator" (2022, 6 citations), where he develops a method to optimize stability for varying tasks. This work is vital for deploying reconfigurable manipulators in real-world applications, from manufacturing to disaster response. By combining soft sensing with robust mechanical design, Yan’s research advances the frontier of robots that are both adaptable and reliable, making him a notable contributor to the field.