Zhangzhengrong Feng

Papers

Total Citations

101

H-Index

About

Dr. Zhangzhengrong Feng is pioneering the field of adaptive and self-healing materials, drawing inspiration from living organisms to create polymers that respond dynamically to environmental stress. Their major contributions lie in developing thermoplastic elastomers capable of autonomous repair, as demonstrated in their highly cited 2019 work (64 citations), which explores the mechanics of self-healing in these materials. Feng’s research extends to bio-inspired structural adaptation: a 2021 study (31 citations) introduced photosynthesis-assisted remodeling of 3D-printed structures, enabling them to strengthen over time—a stark contrast to conventional engineering materials that degrade. Most recently, their 2022 work (6 citations) showcases polymers that constructively adapt to typically destructive aquatic environments, turning a weakness into a strength. By redefining how materials respond to fatigue, degradation, and environmental exposure, Feng is laying the groundwork for next-generation infrastructure and robotics. Their innovative approach—merging 3D printing with biological principles—has the potential to revolutionize sustainable design, making structures that not only withstand damage but actively improve in response to it.