Boxuan Zhang
Papers
1
Total Citations
5
H-Index
1
About
Boxuan Zhang is a robotics researcher whose work focuses on improving the safety and stability of legged robots through advanced control strategies. His primary research areas include robot locomotion, impact mitigation, and contact mechanics, with a particular emphasis on reducing physical stress on robotic systems during dynamic movements. In his most cited work, "Based on the Foot–Ground Contact Mechanics Model and Velocity Planning Buffer Control" (2023, 5 citations), Zhang introduced an innovative active flexible control method that combines force and velocity regulation to protect leg joint motors and electronic components when a robot falls. By developing a velocity planning buffer approach grounded in a virtual model and establishing a detailed mechanical model of leg-ground interaction, he provided a practical solution to a critical challenge in robotics—minimizing damage during unexpected impacts. This contribution is especially valuable for researchers working on resilient robot design and real-time control systems. Zhang’s work demonstrates a thoughtful integration of theoretical modeling with applied engineering, offering a pathway toward more durable and reliable robotic platforms. His research continues to influence the development of safer, more adaptive robots capable of operating in unpredictable environments.
Research Focus
Key Achievements
Top Papers
- 1