Duong Vu

Papers

Total Citations

H-Index

About

Duong Vu is a robotics researcher focused on the mechanics and control of specialized mobile platforms, particularly wheeled climbing robots. His work addresses the critical challenge of maintaining stability and adhesion for robots operating on vertical or inclined surfaces, a key area for applications in inspection, maintenance, and construction. His most-cited paper, "Study on the Stability of a Wheeled Climbing Robot" (2021), provides a foundational analysis of the dynamic and static forces that govern a robot's ability to traverse walls and ceilings without falling. By modeling the interaction between wheel traction, magnetic or suction adhesion, and gravitational forces, Vu offers a systematic framework for designing more reliable climbing robots. While his citation count is currently modest, his contribution lies in the rigorous theoretical grounding of a practical problem—ensuring that climbing robots can maintain their grip under real-world conditions. This work is particularly valuable for researchers and engineers developing autonomous systems for hazardous environments, where stability is paramount. Vu’s research bridges the gap between theoretical mechanics and applied robotics, laying the groundwork for future innovations in vertical mobility.