Pinggen Chen
Papers
2
Total Citations
7
H-Index
2
About
Pinggen Chen is a researcher specializing in magnetorheological (MR) actuators and their application in robotic systems, with a particular focus on variable stiffness and damping control. His work addresses critical challenges in robotic joint and ankle systems, where precise torque modulation and temperature resilience are essential for performance and safety. In his 2017 study on variable stiffness and damping MR actuators for robot joints, Chen proposed novel design approaches that enhance adaptive control in robotic motion. His 2016 work on optimal design methodology for MR rotary brakes in robotic ankle systems is particularly notable for incorporating temperature effects—a factor often overlooked but crucial in real-world applications where self-heating and harsh environments degrade torque output. By developing a methodology that ensures both torque capacity and compensation ability under thermal stress, Chen has contributed to more robust and reliable robotic locomotion. Though his citation counts are modest, his focused contributions to MR actuator design and thermal-aware optimization represent important steps toward practical, high-performance robotic joints and prosthetics.
Research Focus
Key Achievements
Top Papers
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- 2