Yunwang

Papers

Total Citations

H-Index

About

Yunwang is a pioneering researcher in the field of mine rescue robotics, with a primary focus on developing mobile platforms capable of operating in the hazardous, unstructured environments that follow coal mine disasters—particularly gas and coal dust explosions. His major contribution is the design and analysis of a rocker-type coal mine rescue robot, featuring four independently driven wheels and a specialized rocker assembly. This innovative platform demonstrates exceptional obstacle-climbing capabilities and ground adaptability, critical for navigating collapsed, debris-strewn underground terrains. Notably, Yunwang’s work includes a detailed mechanical design of a bevel gear differential that maintains the robot’s main body at an average angle between two rockers, ensuring stability on uneven ground. His research, validated through Adams simulations and physical prototyping, shows the robot’s strong performance in overcoming obstacles and adapting to rough surfaces. While his most cited paper (2010) has garnered 9 citations, its foundational impact lies in advancing the practical deployment of rescue robots in life-threatening environments. Yunwang’s achievements underscore his commitment to engineering solutions that enhance the safety and effectiveness of post-disaster search and rescue operations.