Papers
10
Total Citations
202
H-Index
6
About
Qing Tu is a multidisciplinary robotics researcher whose work spans decades and traverses an remarkable breadth of technical domains, from foundational robot manipulator dynamics to cutting-edge microscale robotics. Early in his career, Tu made significant contributions to understanding the inherent dynamic characteristics of rigid-link robot manipulators, developing the influential "trajectory pattern method" to analyze vibrational excitation during motion — work that generated sustained interest through the 1990s across multiple publications examining payload effects, operating speed, and manipulator type on dynamic behavior. Tu's research trajectory evolved dramatically toward miniaturization and novel materials. His most impactful work, "Submillimeter-scale multimaterial terrestrial robots" (2022, 136 citations), represents a landmark contribution to micro-robotics, opening new possibilities for minimally invasive surgical tools and cell-manipulation vehicles by expanding the structural and material possibilities available at submillimeter scales. Complementing this, his investigations into variable-stiffness compliant tools using electromagnetic suction and tautomerism-induced crystal bending (2025) demonstrate a keen interest in adaptive, smart materials for soft robotics applications. With contributions spanning pipeline robot locomotion, compliant mechanisms, and biogenic crystal mechanics, Tu exemplifies a researcher who continuously reinvents his focus while maintaining rigorous engineering principles throughout a distinguished career.
Research Focus
Key Achievements
Top Papers
- 1Submillimeter-scale multimaterial terrestrial robots136 citations · 2022
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- 4On the Inherent Characteristics of the Dynamics of Robot Manipulators8 citations · 1991
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- 7Tautomerism induces bending and twisting of biogenic crystals6 citations · 2025
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