[2018]: 1.鲁炳林,徐衍亮,“Development and analysis of a novel spherical 2-Degree-of-Freedom(2-DOF) hybird stepping motor”, enerigies, 2018.11.41(SCI,EI收录); 2.鲁炳林,徐衍亮,辛峰,“定子永磁和转子永磁混合式步进电机性能比较研究”,中国电机工程学报,37(21),Nov. 5,2017(EI收录); 3.付东山,徐衍亮,“Presentation of novel E-core transverse-flux permanent magnet linear motor and its magnetic field analysis based on SC mapping method”, J Elect Eng Technol, 12(5), 2017, pp 1961-1969(SCI,EI收录); 4.徐龙江,徐衍亮,Analysis and optimization of cogging torque in yokeless and segmented armature axial-fulx permanent magnet machine with soft-magnetic composite core, Trans. on Magn. 54(11), Nov. 2018(SCI,EI收录); 5.付东山,徐衍亮等,Presentation of a novel Transverse-flux permanent magnet linear motor and its magnetic field analysis based sc mapping method, IEEE Trans. on Magnetics. 54(3), Mar. 2018(SCI,EI收录) 6.鲁炳林,徐衍亮,步进电机新型场路结合分析方法-齿层计算转矩法,电机与控制学报,22(5),May, 2018, pp11-18 (EI收录); 7.徐衍亮,王冰冰,高启龙,张云,软磁复合材料及其在永磁无刷电机中的应用,电机与控制学报,22(4),Apr. 2018, pp75-80(EI收录); 8.张懿夫,徐衍亮,基于遗传算法和相应面法的电动汽车用永磁无刷电机转子结构优化设计,微电机,51(11),2018.11,pp6-12; 9.徐龙江,徐衍亮,无轭分块电枢轴向磁场永磁电机的二维等效有限元模型分析与验证,微电机,51(10),2018.10,pp1-4; 10.何航,徐衍亮,两自由度混合式步进电机二维等效模型分析方法,微电机,51(8),2018.08,pp12-16; 11.黄旭,徐衍亮,崔波,Study on on-line parameter identification of permanent magnet synchronous motor, Journal of Physics: Conference Series 1087(4), Oct. 2 2018, International conference on advanced algorithms and control engineering, IDAACE (EI收录); [2017年]: 12. Binglin Lu and Yanliang Xu, Presentation and Performance Evaluation of a Novel Stator-Permanent-Magnet Hybrid Stepping Motor, Engegies, 10(693) 2017,pp1-19(EI, SCI收录) 13. Fu Dongshan, Xu Yanliang, Presentation of a Novel E-CORE Transverse-Flux Permanent Magnet Linear Motor and Its Magnetic Field Analysis Based on Schwarz-Christofferl Mapping Method. J Electr. Technol. 12(5), 2017, pp1963-1969(SCI收录). [2016年] 14. 徐衍亮,吴巧变,宫晓,新型盘式横向磁通永磁无刷电机的变网络等效磁路模型,电工技术学报,31(17),2016.09,pp147-153(EI收录); 15. 鲁炳林,徐衍亮,定子永磁型步进电机结构原理及分析计算,电工技术学报,31(19),2016.10,pp124-125(EI收录); 16. Lu Binglin,Yanliang Xu, Design and Analysis of a Novel Stator-Permanent-Magnet Hybrid Stepping Motor, IEEE Trans. on Applied Superconductivity, 26(7),Oct.2016(EI, SCI收录) [2015年]: 17. 吴长龙,徐衍亮等,电动工具用高速两相开关磁阻电机研究[J],微电机,2015年,11月 [2014年]: 18. 宫晓,徐衍亮,新型盘式横向磁通永磁电机及其空载电动势波形的解析计算,电工技术学报,29(7),2014.07,pp77-82;(EI收录) 19. 王雅玲,徐衍亮,基于电动汽车驱动的双定子永磁无刷直流电机绕组换接运行分析,电工技术学报,29(1),pp98-103,2014.01;(EI收录)2015 20. Shuangyi Song, Yanliang Xu and etc. Design and simulation of dual rotor permanent magnet brushless DC motor, ICEMS2012, Oct. 22-25, 2014;(EI收录) 21. Xiao Gong, Yanliang Xu and etc. Design of novel disc transverse flux permanent magnet machine. ICEMS2012, Oct. 22-25, 2014;(EI收录) 22. Binglin Lu, Yanliang Xu and etc. A new calculation method for electromagnetic torque of stepping motors-teeth layer calculated torque method. ICEMS2012, Oct. 22-25, 2014;(EI收录) [2013年] 23. 徐衍亮,王秀和,韩学山,我国高校的电机课程的设置及其教学研究,电气电子教学学报,35(2),pp36-38,2014.4; 24. 王雅玲,徐衍亮, A design study of dual-stator permanent magnet brushless DC Motor,Telkomnika,11(4),pp653-660,2013.04; (EI收录) 25. 宫晓,徐衍亮等,Formula expression of airgap leakage flux coefficient of axial flux permanet magnet motor,Telkomnika,11(2),pp241-248,2013.06; (EI收录) 26. 徐衍亮,李长锋,A new hybrid power configuration in HEV and its dribing BLDC development,Telkomnika,11(2),pp257-264,2013.06; (EI收录) 27. 张云,徐衍亮等,电流最优的多变量静态神经网络开关磁阻电机控制,电工技术学报,28(8),pp250-257,2013.08;(EI收录) 28. 宫晓,徐衍亮等,轴向磁场盘式永磁电机等效磁路网络及气隙漏磁的分析计算,电机与控制学报,17(1),pp59-64,2013.10;(EI收录) 29. 张云,徐衍亮等,基于动态电源的MOSFET驱动优化,电工技术学报,28(12),pp269-275,2013.12;(EI收录)
授权的发明专利 1.徐衍亮,ZL200410075764.3, 一种双转子永磁电机; 2.徐衍亮,鲁炳林,马昕,顾建军,ZL201210529481.6,仿生眼球用正交圆柱结构两自由度步进电机; 3.徐衍亮,鲁炳林,马昕,顾建军,ZL201210529484.X,仿生眼球用两自由度混合式步进电机; 4.徐衍亮,鲁炳林,ZL201410092470.5,一种永磁永磁型混合步进电机; 5.徐衍亮,付东山,ZL201510925350.3,一种双磁路E型结构横向磁通直线开关磁阻电机; 6.徐衍亮,付东山,ZL201510916866.1,一种短端部磁路分块式开关磁阻电机及其控制电路; 7.徐衍亮,付东山,ZL201510917011.0,一种双永磁体横向磁通直线永磁电机; 8.徐衍亮,付东山,ZL201510925305.8,一种双面双磁路横向磁通直线永磁电机; 9.徐衍亮,鲁炳林,马昕,ZL201610910529.6,机器人用正交圆柱结构两自由度混合式步进电机; 10.徐衍亮,鲁炳林,马昕,ZL201610910671.0,一种球形结构两自由度混合式步进电动机及其应用; 11.徐衍亮,ZL201610911179.5,分球形正交结构两自由度混合式步进电动机及其方法; 12.徐衍亮,ZL201610911764.5,一种机器人仿生眼球用两自由度混合式步进电机。 |