Prof. Dr. Yufeng Xing is a professor, doctoral supervisor, and master's supervisor at Beihang University. He received a PhD at the Dalian University of Technology from 1989 to 1992. He also serves as an editorial board member for Composite Structures, Chinese Journal of Aeronautics, Journal of Aeronautics, and Journal of Vibration and Shock. He is the deputy supervisor of the Chinese Society of Vibration Engineering, chairman of the Beijing Society of Vibration Engineering, and a member of the Computational Mechanics Professional Committee of the Chinese Society of Mechanics. He was once the vice chairman of the 7th and 8th councils of the Chinese Society of Vibration Engineering. His research interests include structural dynamics: the theory of plate and shell structures and their analytical solutions for free vibration; computational solid mechanics: efficient and high-precision direct integration methods and high-order time and space finite elements; and composite material structural mechanics: mathematical homogenization methods and multi-scale characteristic element methods.
Prof. Dr. Yufeng Xing is a professor, doctoral supervisor, and master's supervisor at Beihang University. He received a PhD at the Dalian University of Technology from 1989 to 1992. He also serves as an editorial board member for Composite Structures, Chinese Journal of Aeronautics, Journal of Aeronautics, and Journal of Vibration and Shock. He is the deputy supervisor of the Chinese Society of Vibration Engineering, chairman of the Beijing Society of Vibration Engineering, and a member of the Computational Mechanics Professional Committee of the Chinese Society of Mechanics. He was once the vice chairman of the 7th and 8th councils of the Chinese Society of Vibration Engineering. His research interests include structural dynamics: the theory of plate and shell structures and their analytical solutions for free vibration; computational solid mechanics: efficient and high-precision direct integration methods and high-order time and space finite elements; and composite material structural mechanics: mathematical homogenization methods and multi-scale characteristic element methods.