Papers
5
Total Citations
52
H-Index
4
About
Tingke Wu is a researcher working at the intersection of robotics, structural mechanics, and advanced manufacturing, with particular expertise in robotic systems for aerospace applications, soft robotics, and dynamic modeling. His work spans both industrial-scale robotic systems and cutting-edge compliant mechanism design, reflecting a broad yet cohesive research vision. Wu's most-cited contribution examines the mechanical performance of friction stir welding robots in aerospace contexts, addressing the demanding load conditions and structural challenges these systems face — a paper that has garnered 19 citations since 2021. His 2023 work on topology-optimized compliant actuators (17 citations) demonstrated a versatile design framework enabling both soft robotic grippers and walking robots, bridging the gap between theoretical bionic inspiration and practical locomotion prediction. More recently, Wu has advanced multibody dynamic modeling for flexible robots under contact conditions and developed a bionic soft gripper with adaptive feedback control for grasping applications, each attracting early scholarly attention. His 2025 work introducing a corotational dynamic model combined with a PSO-DNN framework for hard-magnetic soft elastomers signals a growing interest in data-driven approaches to soft material robotics. Wu's cumulative contributions mark him as an emerging voice in intelligent robotic systems design.
Research Focus
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