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个人简介
Her current main research focuses are:
Developing innovative manufacturing processes for lightweight structures. She has conducted extensive research work on developing novel low-cost hot forming processes for high-strength, lightweight and complex-shaped panel components for a family of advanced lightweight materials, e.g. ultra-high strength steels, Al alloys, Ti alloys, and Polymer Matrix Composites.
Lightweight structural design and optimisation. Key enablers proposed by Dr Nan Li: New design methods relating to hierarchical optimisation and manufacturing constraints; advanced Design-Manufacturing-Integrated modelling; and Machine-Learning empowered Design for Manufacturing.
Developing innovative manufacturing processes for lightweight structures. She has conducted extensive research work on developing novel low-cost hot forming processes for high-strength, lightweight and complex-shaped panel components for a family of advanced lightweight materials, e.g. ultra-high strength steels, Al alloys, Ti alloys, and Polymer Matrix Composites.
Lightweight structural design and optimisation. Key enablers proposed by Dr Nan Li: New design methods relating to hierarchical optimisation and manufacturing constraints; advanced Design-Manufacturing-Integrated modelling; and Machine-Learning empowered Design for Manufacturing.
研究兴趣
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COMPOSITES PART A-APPLIED SCIENCE AND MANUFACTURING (2024): 108034
Wei Ren, Xue-Mei Li, Wei-Tao Fan,Wei-Li Wang, Sai-Rui Li, Xian-Hai Liu,Nan Li, Guang-Hui Liu, Xiang Weng
Journal of Luminescencepp.120685, (2024)
Materials & Design (2024): 112849
Applied Surface Science (2023): 157794-157794
APPLIED SCIENCES-BASELno. 20 (2023): 11327-11327
ACTA PHYSICA SINICAno. 18 (2023): 180701-180701
Journal of Alloys and Compounds (2023): 169329-169329
Engineering Applications of Artificial Intelligenceno. Part B (2023): 106295-106295
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