Main work
Prof. Yu Wenji, researcher, doctoral supervisor, the member of Communist Party of China Chief Scientist of Chinese Academy of Forestry (CAF), President of Research Institute of National Bamboo Industry Recipient of Special allowance of the State Council.
Prof. Yu Wenji is also the president of National Innovation Alliance for Scrimber materials industry, the president of scrimber and its products branch of China National Forest Products Industry Association (CNFPIA), the director of expert committee of Green Home Branch of CNFPIA, the deputy director of Biomassmaterials Branch of China Forestry Society, and the deputy director of Standardization Technical Committee of CNFPIA.
Prof. Yu Wenji has been engaged in the field of bamboo (wood) scrimber materials for 30 years, innovating in the application of basic theory and methods of the reorganization of the material preparation, breaking through the reorganization of high-performance materials and efficient use of key technologies, constructing scrimber materials technology and standard system, and vigorously promoting the transformation and upgrading of timber industry in China from the traditional wood-based panel products to up-market and high-performance scrimber materials, leading the field of scrimber material of our country from technology and equipment to product development and application to the international leading position. He has mainly directed more than 40 national, provincial and ministerial projects.
Prof. Yu Wenji has won 3 national science and technology progress awards, 1 excellence award of Chinese patent, 5 provincial and ministerial science and technology awards, participated in the compilation of a monograph, published about 286 academic articles accounting for 42% of global scrimber material field. He has authorized 109 patents, 42 invention patents, and 1 international patent, accounting for 10.11% of global field of scrimber material, and ranks the first in the world as patentees. He led the development of 12 standards in the field of scrimber materials.
Key research projects
Key technology and equipment for continuous manufacturing of high performance reconstituted wood, 2021-2026
Research on basic theory and key technology of wood recombination materials, 2021-2024
Study on formation mechanism and interfacial recombination effect of multi-scale structure of reconstituted bamboo, 2020-2023
Awards & achievements
Published articles & books
Jiangyuan Wu, Yuxiang Huang, Juan Hu, Wencheng Lei, Xiaoxia Wang, Yahui Zhang, Wenji Yu*, 2023. "Effects of density and resin content on the rebonding performance of bamboo scrimber composite" Construction and Building Materials
Yamei Zhang, Qin Lu, Yanglun Yu, Wenji Yua, 2023 "Effect of compression ratios on the sorption behaviors of bamboo fiber-based composites" Journal of materials research and technology
Juan Hu, Jieyu Wu, Yuxiang Huang, Yingqi He, Jian Lin, Yamei Zhang, Yahui Zhang, Yanglun Yu, Wenji Yu* 2023, Super-strong biomimetic bulk bamboo-based composites by a neural network interfacial design strategy, Chemical Engineering Journal
Other results
