Papers
3
Total Citations
17
H-Index
3
About
Tiecheng Sun is a pioneering researcher in robotic locomotion and medical robotics, with a focus on enhancing robot stability and precision in challenging environments. His work spans two critical domains: terrain-adaptive robotics and surgical automation. Sun’s major contributions include developing stability models for four-wheeled robots navigating sloped terrains during emergency obstacle avoidance, addressing the complex interplay of slope angle and friction coefficients. He also advanced quadruped crawling robot gait design, enabling these machines to climb over raised terrain on slopes by analyzing ground reaction forces and optimizing leg coordination. In the medical field, Sun has applied robotics to craniomaxillofacial plastic surgery, demonstrating the accuracy and security of robotic systems in congenital craniosynostosis surgeries through model experiments on CT data. His most cited papers—garnering 7, 6, and 4 citations respectively—reflect growing interest in his solutions for real-world robotic challenges. Notably, his work bridges robotics and healthcare, showcasing how engineering innovations can improve surgical outcomes. Sun’s research is essential for students and engineers developing robots for disaster response, exploration, and medical applications, offering foundational insights into stability, gait planning, and surgical precision.
Research Focus
Key Achievements
Top Papers
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