论文著作 | 一、学术论文(按年份由近及远排序) [1] Yingtao Zhang, Gang Wang, Wankai Shi, et.al, Optimization of Process Parameters for the Axial Distortion and Distortion Range During Die Quenching of a Spiral Bevel Gear[J]. Journal of Materials Engineering and Performance. 2018, 27 (8): 3803-3811.( WOS:000440433900002) [2] Yingtao Zhang, Gang Wang, Wankai Shi, et.al, Modeling and analysis of deformation for spiral bevel gear in die quenching based on the hardenability variation[J]. Journal of Materials Engineering and Performance.2017, 26 (7): 3034-3047 (WOS:000405659200004) [3] Yingtao Zhang, Wankai Shi, Lin Yang, et. al, The Effect of Hardenability Variation on Phase Transformation of Spiral Bevel Gear in Quenching Process[J]. Journal of Materials Engineering and Performance. 2016, 25(7): 2727-2735. (WOS: 000378869400019) [4] Yingtao Zhang, Gang Wang, Zhenguo Nie, Wankai Shi, Yiming Rong. Experimental study of high temperature hydrozing annealing 1J50 alloy’s magnetic properties[J]. Journal of Manufacturing Science and Engineering, 2013, 135(6), 061024-1-061024-5 (WOS: 000327871800025) [5] 张映桃,王罡,聂振国,石万凯,融亦鸣.“真空退火处理软磁合金的直流磁性能实验研究[J].材料热处理学报.2013, 32(S2): 32-36. (EI:20141017431237)
二、会议论文(按年份由近及远排序) [1] Zhang, Yingtao , Jiang, Meng, Wang, Gang , et al, Experimental Study on the Laser Cladding of T15 Coating for 42CrMo Steel [C]. TMS 2020 149rd Annual Meeting and Exhibition, 2020, 367-374. (EI: 20201108297527) [3] Yingtao Zhang, Gang Wang, Lin Yang, et al. The Effect of Hardenability Variation on Deformation of Spiral Bevel Gear in Die Quenching Process, Materials Science & Technology 2016, Oct 23-27 2016, Salt Lake, UTAH. (EI:20171503556736) [2] Yingtao Zhang, Gang Wang, Yu Zhong, et al. The material mechanism of hydrogen vacuum annealing on soft magnetic properties for 1J50 alloy, Materials Science & Technology 2015, Oct 4-8 2015, Columbus OH. (EI:20161302151037) [4] Yingtao Zhang, Shaofeng Du, Wenjun Zhao, et. al, Experimental study on the influence of vacuum carbonitriding process for 20Cr2Ni4A steel [C]. TMS 2014 143rd Annual Meeting and Exhibition, 2014, 361-366.(EI: 20141917699858) |