代表论文:酒色网百度影音
1. 酒色网百度影音Jingwei Xiao， Wenjie Qin *， Shangjie Xu. Interference and thickness design of bushing of connecting rod small end for anti-loosening. Engineering Failure Analysis， 2021， 127: 105556
修艳弘 拳交2. Wenjie Qin， Min Wang， Wei Sun， Philip Shipway， Xudong Li. Modeling the effectiveness of oil lubrication in reducing both friction and wear in a fretting contact. 2019. Wear， 426–427: 770–777.
3. Wenjie Qin， Yixin Zhang， Chao Li. Determination of wear coefficient in mixed lubrication using FEM. Applied Mathematical Modelling， 2018， 59: 629–639.
4. Wenjie Qin， X. Jin， A. Kirk， P. H. Shipway， W. Sun. Effects of surface roughness on local friction and temperature distributions in a steel-on-steel fretting contact. Tribology International. 2018， 120: 350–357.
5. Wenjie Qin， Zhi Zhang. Simulation of the mild wear of cams in valve trains under mixed lubrication. Proceedings of the Institution of Mechanical Engineers， Part J: Journal of Engineering Tribology， 2017， 231(5): 552-560.
6. Wenjie Qin酒色网百度影音， Cao Dong， and Xin Li. Assessment of bending fatigue strength of crankshaft sections with consideration of quenching residual stress. Journal of Materials Engineering and Performance， 2016， 25(3): 938-947.
7. Wenjie Qin， Zhe Yu and Qingdong Hou. Investigation of the dynamic behaviour of an automobile wiper system. International Journal of Vehicle Design， 2016， 72(2): 162-174.
8. Wenjie Qin， Jie Chao， Lunjing Duan. Study on Stiffness of Elastohydrodynamic Line Contact. Mechanism and Machine Theory， 2015， 86(4): 36-47.
9. Wenjie Qin， Youming Chen. Study on optimal kinematic synthesis of cam profiles for engine valve trains. Applied Mathematical Modelling， 2014， 38(17-18): 4345-4353.
10. Wenjie Qin， Caiyun Guan. An investigation of contact stresses and crack initiation in spur gears based on finite element dynamics analysis. International Journal of Mechanical Sciences， 2014， 83(6): 96-103.
出书文章及课本：
1. 覃文洁，王国丽. 机械系统能源学旨趣与诈欺（机械工程前沿文章系列）. 高档教训出书社，2021.
2. 覃文洁，程颖. 当代遐想形貌概论（国度“十一五”蓄意课本，第二版）. 北京理工大学出书社，2012.
筹议形势：
主要承担了工信部科工局基础产物科研形势——“高承载舞动摩擦副遐想期间筹议与磨真金不怕火考证”、“柴油机结构系统总体优化期间及磨真金不怕火考证”，轻型车辆能源型号专项的子项——“数字化柴油机研制期间——结构可靠性分析”等多项纵向项蓄意筹议，此外还与企业配合开展了“大口径火炮闭气环的动态密封性能分析”、“电子电器零部件结构可靠性仿真分析”等横向项蓄意筹议。