Gan Feng Tu

South China University of Technology, Guangzhou University

Papers

Total Citations

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About

Gan Feng Tu is a pioneering researcher in the field of soft robotics and smart materials, with a particular focus on shape memory alloy (SMA) actuators and bioinspired robotic systems. His foundational work on NiTi shape memory alloy springs, published in 2002, established critical understanding of load-displacement behaviors, resistance-temperature dependencies, and recovery characteristics—laying the groundwork for novel robotic actuators and grippers. This early research, which has garnered over 13 citations, introduced a differential-type SMA bearing gripper that demonstrated how smart materials could replace conventional motor and hydraulic systems in specialized applications. More recently, Tu has advanced the field significantly with his 2025 work on a bioinspired dual soft arm mobile robot, integrating humanoid tactile fingertip sensing and bubble artificial muscles. This cutting-edge system enables adaptive obstacle avoidance and object manipulation, representing a major leap in soft robotics for complex environments. Tu's career trajectory—from fundamental SMA characterization to sophisticated biomimetic systems—showcases his enduring commitment to pushing the boundaries of robotic actuation and intelligent manipulation.