Yongchao Li

Papers

Total Citations

H-Index

About

Yongchao Li is a researcher focused on advancing tactile and thermal sensing technologies for soft robotics and human–machine interfaces. His work centers on developing flexible, multifunctional sensor systems that can mimic human skin, enabling robots to perceive touch, sliding, and temperature changes in complex environments. Li’s most cited paper, "A Flexible Thermal Sensor Based on PVDF Film for Robot Finger Skin" (2019, 10 citations), addresses critical limitations in thermal sensing by proposing a PVDF-based sensor capable of detecting temperature variations and material properties during contact. This contribution is significant for improving artificial skin’s ability to recognize unknown surfaces and enhance robot dexterity. While his citation count is still growing, Li’s research lays important groundwork for integrating thermal perception into tactile sensing arrays, with potential applications in prosthetics, industrial automation, and human–robot interaction. His work highlights the ongoing challenge of achieving robust, real-time thermal feedback in soft robotic systems, positioning him as an emerging voice in the field of electronic skin and intelligent sensing.