主要成果(论文/专利/著作/荣誉) 发表论文: 1. Yonghui Liu, Fengyan Yi, Changfeng Zhou and Lili Tao. Large eddy simulation study on flow characteristics of ultrasonic heat meter at low Reynolds number[J]. Materials Science and Engineering, 2019, 544(1):329-333 EI 2. Yonghui Liu, Fengyan Yi, Changfeng Zhou and Lili Tao. Study on the influence of reflecting channel position on flow velocity characteristics of ultrasonic heat meter[J]. Materials Science and Engineering, 2019, 544(1):334-338 EI 3.刘永辉 基于二次管网和终端的供热智能控制系统的研究[J]. 山东制冷空调,2019,(2):41-45 4.刘永辉 基于复合电源的纯电动汽车动力传动特性及优化研究[J]. 应用物理,2019,9(7):326-335 5.刘永辉 厢式货车超车过程的气动特性研究[J]. 应用物理,2019,9(7):319-325 6.刘永辉. 基于PIV方法的超声波热量表流速特性的研究. 仪器仪表学报,2015,10(36):119- 123 7. Yonghui Liu, Huijun Wang, Xuyun Qiu, Yingling Du. The study on the system dynamics characteristics of Automatic Variable Transmission. Applied Mechanics and Materials Vols.568-570(2014):1041-1044 (EI收录) 8. LIU Yong-hui, DU Guang-sheng, LIU Li-ping, SHAO Zhu-feng, ZHAI Cheng-yuan. Experimental study of velocity distributions in the transition region of pipes. Journal of hydrodynamics,2011,23(5):823-828 (SCI,EI收录) 9.刘永辉,杜广生,陶莉莉等. 反射装置对超声波流量计水流特性影响的研究. 仪器仪表学报,2011,32(5):1183-1188 (EI收录) 10. LIU Yong-hui, DU Guang-sheng, TAO Li-li, SHEN Fang. The calculation of the profile-linear average velocity in the transition region for ultrasonic heat meter based on the method of LES. Journal of hydrodynamics,2011,23(1):89-94 (SCI,EI收录) 11.Yong-hui Liu, Guang-sheng Du, Zheng-gang Liu, li Li, Li-li Tao. The profile-linear average velocity for the transition in pipes based on the method of LES. Journal of hydrodynamics,2010,22(5),supplement:366-370 (EI收录) 12. LIU Yong-hui, DU Guang-sheng, LIU Zheng-gang, WANG You-yuan. The influence of different design parameters and working conditions on characteristics of heat meters. Journal of hydrodynamics,2009,21(3):394-400 (SCI,EI收录) 13. DU Guang-sheng,LIU Zheng-gang,LI li,LIU Yong-hui,MA Yong-kun,MENG liang. Fluid characteristic of rotary wing heat meter with signal-channel, Journal of Hydrodynamics Ser.B, 2008,20(1):101-107 (SCI,EI收录) 授权专利: 1.一种单温型自主调控的智能温控装置 ZL 2019 2 1268698.X 2.一种基于流量控制的智能温控装置 ZL 2019 2 1268978.0 3.一种基于流量控制的智能温控装置 ZL 2019 2 1268978.0 4.一种增压防堵塞温控阀 2016-8-10 ZL 2016 2 0254201.9 5.一种防喷雾泄气阀 2016-08-10 ZL 2016 2 0254167.5 6.一种双独立涡轮可变增压器 2015-04-8 ZL 2014 2 0716876.1 7.一种液压控制的汽车扰流板收放装置 2015-10-7 ZL 2015 2 0336977.0 8.一种湿度温度可调节的汽车空气动力学风洞2015-09-2 ZL 2015 2 0337071.0 9.一种带有刮粉装置的金属表面层状复合设备 2015-10-7 ZL 2015 2 0333935.1 10.一种使用陶瓷基复合材料钻头的钻扩一体机 2015-10-7 ZL 2015 2 0336987.5 11.一种具有高韧性砂轮的管类外圆研磨机 2015- 11-25 ZL 2015 2 0334162.9 |