Haifang

Papers

Total Citations

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About

Haifang’s research centers on rescue robotics for hazardous environments, with a particular focus on underground disaster response. Their most cited work, “Mobile platform of rocker-type coal mine rescue robot” (2010, 9 citations), addresses the critical need for robots capable of navigating the chaotic, confined, and explosive conditions following coal mine gas and dust explosions. Haifang’s major contribution is the design of a rocker-type mobile platform with four independently driven wheels, featuring a fire-resistant rocker assembly and a bevel gear differential mechanism that maintains the main body at an average angle between two rockers. This design enhances stability and obstacle-crossing ability in unstructured terrain. Using Adams simulations, Haifang demonstrated the differential’s effectiveness, and physical experiments confirmed the prototype’s strong ground adaptability and robust performance. While their citation count is modest, the work is notable for its practical engineering focus—directly addressing life-saving applications in mining disasters. Haifang’s research exemplifies how mechanical design and simulation can converge to create resilient robots for extreme environments, offering a foundation for future innovations in field robotics and disaster response technology.