授课课程:

1、增材制造技术；

2、生产系统网络与通信

研究方向:

1、金属增材制造；

2、金属基复合材料；

3、材料晶界/界面工程；

科研项目:

1、国家重点研发计划项目增材制造与激光制造重点专项，2018YFB1105900，精密激光增材制造-电解加工整体制造技术:疲劳测试，2018.5-2021.4，85万元，结题，参与

2、山东省重点研发计划项目，2018GGX103017，纳米陶瓷个性化高端膝关节植入物增材制造形性可控共性关键技术，2018/01-2019/12,25万，参与

3、国家自然科学基金面上项目，51471100，双相不锈钢内界面分布特征与演变机理研究，2015/01-2018/12，84万元，已结题，参与

代表性科研成果:

[1]   Haoqing Li, Ming Wang, Dianjun Lou, Weilong Xia, Xiaoying Fang*. 2020,   Journal of Materials Science and Technology. 45:145–156.   Microstructural features of biomedical cobalt-chromiummolybdenum (CoCrMo)   alloy from powder bed fusion to aging heat treatment. (Q1, SCI一区, IF=10.319)

[2]Haoqing   Li, Falei Shen, Hong Guo, Ran Zong, Xiaoying Fang*, Lijuan Zhang*. 2022,   Scripta Materialia. 210(15): 114468. In-situ manipulating microstructure of   CoCrMo alloy using selective laser melting with a novel scanning strategy.   (Q1, SCI一区, IF=6.302)

[3]   Haoqing Li, Shuai Shao, Xuepeng Ren, Hong Guo, Dianjun Lou, Weilong Xia,   Xiaoying Fang*. 2020, Journal of Material Science. 55: 16780–16790.   Grain boundary character distribution in the CoCrMo alloy processed by   selective laser melting and post heat treatment. (Q1, SCI三区, IF=4.682)

[4]   Haoqing Li, Hong Guo, Falei Shen , Dianjun Lou, Weilong Xia, Xiaoying Fang*.   2021, Journal of the Mechanical Behavior of Biomedical Materials. 119:   104520. Tribological and corrosion performance of the plasma-sprayed   conformal ceramic coating on selective laser melted CoCrMo alloy. (Q1, SCI二区,   IF=4.042)

[5]   Xiaoying Fang*, Haoqing Li, Yuebin Guo, 2018, Material Characterization.   143(9):182-190. Characterization of texture and grain boundary distributions   of selected laser melted Inconel 625 alloy.(Q1, SCI一区,   IF=4.537)

[6]   Haoqing Li, Ran Zong, Xuepeng Ren, Xiaoying Fang. Effective prediction of   residual stress and distortion of artificial knee joints by selective laser   melting. Int J Adv Manuf Techn, 2022, 123: 591–601. (Q1, SCI三区, IF=3.563)

[7]   李昊卿， 田玉晶，   赵而团， 郭红， 方晓英*. 2020, 《材料工程》 48(2)   :133-139. S32750双相不锈钢内界面特征分布对力学和腐蚀性能的影响. (EI)

[8]   Shuyu Liu, Haoqing Li, Congxiang Qin， Ran Zong, Xiaoying Fang*.   2020, Materials and Design 191: 108642. The effect of energy density on   texture and of energy density on texture and mechanical anisotropy in   selective laser melted Inconel 718.(Q1, SCI一区,   IF=9.417)

[9]   Ming Wang, Haoqing Li, Dianjun Lou, Congxiang Qin, Xiaoying Fang*, Yuebin   Guo, 2019, Materials Science & Engineering A. 743: 123–137.   Microstructure anisotropy and its implication in mechanical properties of   biomedical titanium alloy processed by electron beam melting.(Q1, SCI一区, IF=6.044)

[10]   Ming Wang, Haoqing Li, Liu Feng, Shuyu Liu, Xiaoying Fang*. 2020, Rare.   Metals. 40(8):2118–2126. Evolution of microstructure and   intervariant boundaries of α phase in electron beam   melted and heattreated Ti-6Al-4V alloy. (Q1, SCI二区,   IF=6.318)

[11]   Xuepeng Ren, Haoqing Li, Hong Guo, Falei Shen, Congxiang Qin, Ertuan Zhao,   Xiaoying Fang*, 2021, Materials Science & Engineering A. 817: 141384. A   comparative study on mechanical properties of Ti–6Al–4V alloy processed by additive manufacturing vs. traditional   processing. (Q1, SCI一区, IF=6.044)

[12]   一种激光增材制造钴铬钼合金两相比例的调控方法，中国发明专利ZL202110399053.5.7，发明人: 方晓英;娄殿军;李昊卿;夏维龙;任雪彭。