Zongying Fu

Research Institute of Wood Industry, Chinese Academy of Forestry

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About

Zongying Fu is a pioneering researcher in wood-based functional materials, with a focus on wood elasticity, bioinspired structural design, and smart sensing applications. Her work bridges fundamental materials science and practical engineering, particularly in developing compressible wood-based materials that mimic biological tissues. Fu’s major contributions include elucidating the multiscale origins of wood elasticity—from molecular to macroscopic levels—and proposing strategies to modulate it for advanced applications. Her 2024 paper on “Wood elasticity and compressible wood-based materials” (45 citations) provides a comprehensive framework for designing elastic wood structures, while her “Skin-inspired ultra-tough, self-healing anisotropic wood-based electronic skin” (11 citations) introduces a groundbreaking material that combines mechanical robustness with autonomous healing and multidimensional sensing capabilities. This work, inspired by human skin, demonstrates potential for wearable electronics and soft robotics. Fu’s research has garnered attention for its innovative integration of natural wood’s hierarchical structure with synthetic functionality, offering sustainable alternatives to conventional polymers. Her achievements highlight a unique ability to translate biological principles into high-performance, eco-friendly materials, positioning her as a rising leader in the field of bioinspired materials engineering.