Zhengguang Wang
Papers
3
Total Citations
11
H-Index
2
About
Zhengguang Wang is pioneering the frontier of soft robotics at microscopic scales, with a focus on magnetically actuated systems that navigate the most challenging environments—from viscous biological fluids to constricted tubular geometries. His most cited work, "Design, modeling, and control of magnetically actuated rod-like soft robots," has already garnered 8 citations since 2025, establishing a foundational framework for propulsion in free space and confined spaces. Wang's research addresses a critical bottleneck in medical microrobotics: precise control at low Reynolds numbers, where conventional locomotion fails. In his 2023 study on soft alginate microrobots, he systematically explored how wireless magnetic fields can induce diverse motion modes in viscoelastic fluids, leveraging shear forces in polyacrylamide solutions to achieve unprecedented maneuverability for targeted drug delivery. His 2025 work on soft rod-like crawling robots further demonstrates how these flexible machines can overcome tube boundaries—a key step toward navigating the human vasculature and gastrointestinal tract. By integrating rigorous mathematical modeling with experimental validation, Wang is not only advancing fundamental understanding of soft robot dynamics but also paving the way for minimally invasive medical interventions. His growing citation record reflects the urgency and promise of his contributions to the field.
Research Focus
Key Achievements
Top Papers
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