Ying Li

Initial losing behavior of pre-tightening force for threaded fastener during repeated tightening

Tao Zhang, Zhifeng Liu, Mingpo Zheng, 2022, Engineering Failure Analysis.

Analysis of self-loosening behavior of high strength bolts based on accurate thread modeling

Zhifeng Liu, Caixia Zhang, Ying Li, 2021 .

Experimental Study on Performance Characterization of Bolted Joint Under Transverse Loading

Zhifeng Liu, Mingpo Zheng, Ying Li, 2021 .

Experimental study on behavior of time-related preload relaxation for bolted joints subjected to vibration in different directions

Zhifeng Liu, L. Cai, Mingpo Zheng, 2020, Tribology International.

Research on preload of bolted joints tightening sequence-related relaxation considering elastic interaction between bolts

Zhifeng Liu, L. Cai, Wenxiang Xu, 2019, Journal of Constructional Steel Research.

The Effects of Energy Dissipation of the Closure Bolted Joints Under Vibration Behavior

Zhifeng Liu, Wenxiang Xu, Congbin Yang, 2021 .

Methodology for optimization of preload in a bolted-flange connection based on Markov theory

Congbin Yang, Zhifeng Liu, Ying Li, 2022, Journal of Physics: Conference Series.

A multi-bolt tightening method based on elastic interaction coefficient and gasket creep relaxation

Yongsheng Zhao, Congbin Yang, Zhifeng Liu, 2022, Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science.

A mathematical model of a bolted connection based on Florida contact theory to study the influence of the friction coefficient on structural performance

Zhifeng Liu, Yongsheng Zhao, Wenxiang Xu, 2019, Advances in Mechanical Engineering.

Fast-response mechanism for regulating friction coefficients induced by microviscosity in polymer-based aqueous lubrication systems

Caixia Zhang, Mengmeng Liu, Ying Li, 2024, Applied Surface Science.

Prediction Method of Precision Deterioration of Rolling Guide under Multi-Random Parameters Based on Frictional Thermal Expansion Effect

Qiang Cheng, Tao Zhang, Zhifeng Liu, 2023, Tribology International.