| 代表性著作：
项昌乐,闫清东,魏巍 著. 液力元件三维流动设计优化[M].北京:博盈彩票出版社,2017,02. 魏巍,闫清东,刘城 著. 装甲车辆液力缓速制动技术[M].北京:博盈彩票出版社,2020,03. 魏巍,闫清东 编著. 液力元件设计[M].北京:博盈彩票出版社,2015,08. 魏巍,闫清东 主编. 装甲车辆设计[M].北京:博盈彩票出版社,2020,03. 代表性论文：
Yuanyuan An, Wei Wei*, Shuangshuang Li, Cheng Liu, Xianglu Meng & Qingdong Yan. Research on the mechanism of drag reduction and efficiency improvement of hydraulic retarders with bionic non-smooth surface spoilers, Engineering Applications of Computational Fluid Mechanics[J].2020, 14,1, 447-461. 魏巍,邝男男,孔令兴,张晓东,闫清东.充液阀系对液力缓速器制动转矩起效的迟滞影响[J].机械工程学报,2019,55,20(10),222-230. Liang Sun, Wei Wei*, Qingdong Yan, Hongchao Jian. Artificial neural network-based performance modeling of a diesel engine within the whole operating region considering dynamic conditions[J]. Proceedings of the IMechE, Part D: Journal of Automobile Engineering,2019,233(11),2970-2984. 魏巍*,彭卉,刘旭,简洪超,谢文浩,闫清东,朱浩月.液力传动车辆闭锁充油动态缓冲特性优化[J].兵工学报,2019,39(12),2298-2305. 闫清东,宋泽民,魏巍*,谭路,刘博深.液力变矩器导轮叶片表面压力测量与分析[J].机械工程学报,2019,55(10),115-121. Wei Wei, Hongchao Jian*, Qingdong Yan, Xiaomei Luo, Xuhong Wu.Nonlinear modeling and stability analysis of a pilot-operated valve-control hydraulic system[J].Advances in Mechanical Engineering,2018,10(11),1-8. Jian Hongchao, WEI Wei*, Li Hongcai, Yan Qingdong. Optimization of a pressure control valve for high power automatic transmission considering stability[J]. Mechanical Systems and Signal Processing, 2018,101(2),182-196. Mu, Hongbin, Wei, Wei*, Untaroiu, Alexandrina, Yan, Qingdong. Study on reconstruction and prediction methods of pressure field on blade surfaces for oil-filling process in a hydrodynamic retarder[J].International Journal of Numerical Methods for Heat and Fluid Flow, 2016,26(8), 1843-1870. 魏巍,李慧渊,邹波,闫清东.液力减速器制动性能及其两相流分析方法研究[J].博盈彩票学报,2010,30(11),1281-1284. 研究项目：
液力减速器XXX技术研究(国家部委基础产品创新科研基金资助项目237099000000170009),分承研负责 基于两相流动的车用液力缓速器动态性能预测及控制技术研究(国家自然科学基金项目,51475041),负责 多段式机电复合传动系统非稳态过程机电耦合动力学研究(国家自然科学基金项目,51305026),参加 XXX液力元件设计技术研究(国家部委基础产品创新科研基金资助项目VTDP-2104),负责 新型XXX车辆电控液力机械变速器(AT)集成应用技术（XX预研，0525）子课题2，负责 YD310型闭锁式液力变矩器关键技术研究(徐州工程机械研究院,HT053-2017),负责 XXX性能预测(国家部委基础产品创新科研基金资助项目VTDP-3103),分承研技术负责 XXX液力元件技术(XX预研,40402060103),技术负责 提高车用液力元件功率密度的叶栅系统设计方法研究(国家自然科学基金项目,50905016),负责 |
