Heng Chen

Shenzhen University, China Academy of Engineering Physics

Papers

Total Citations

H-Index

About

Heng Chen is a multidisciplinary researcher whose work spans advanced materials science, flexible electronics, and precision robotics measurement. His most recognized contribution lies in the development of next-generation elastomeric materials that integrate multiple desirable properties simultaneously. His 2021 paper on 3D printable, biomimetic adhesive, and self-healing acrylic elastomers — garnering 49 citations — demonstrated a landmark achievement in creating customizable strain sensors that mimic natural adhesion mechanisms while retaining the ability to repair structural damage autonomously. This work has significant implications for wearable technology, electronic skins, and soft robotics. Building on this foundation, Chen's 2023 research explored self-healing elastomers driven by imidazole π–π stacking interactions, advancing the field toward simpler, more scalable fabrication processes suited for biomedical and consumer device applications. Beyond materials science, Chen has also contributed to industrial metrology, publishing work on uncertainty analysis in positioning repeatability measurements for industrial robots — reflecting a broader commitment to precision engineering and quality assurance. Together, his research portfolio paints the picture of an engineer working at the intersection of smart materials, human-machine interfaces, and advanced manufacturing, with growing recognition across diverse technical communities.