南京航空航天大学k8凯发集团主页平台管理系统 gaoqiyu-k8凯发集团

高奇玉，女，博士，南京航空航天大学材料科学与技术学院博士后，合作导师占小红教授，主持江苏省自然科学基金青年基金，入选江苏省“卓越博士后计划”。2022年12月博士毕业于南京航空航天大学凝聚态物理专业，博士期间曾在新加坡南洋理工大学联合培养1年。主要从事激光与电弧复合焊接工艺开发与建模仿真、金属增材制造与再制造等研究。

代表性论文：

[1] qiyu gao, wanli ling, yuqi zhou, xiaohong zhan*, &honglie shen*. correlation between special bud-shaped area and molten pool flow in laser cladding high-entropy alloy on tc4 surface. international journal of thermal sciences, 2023, 183:107825.

[2] qiyu gao, hengchang bu, wanli ling, xiaohong zhan*, & honglie shen*. effect of defocusing amount on morphology and microstructure of 8-mm-thick ti-6al-4 v laser deep penetration welded joint. the international journal of advanced manufacturing technology, 2022, 119:3747-3756.

[3] qiyu gao, tingyan yan, wanli ling, hengchang bu, xiaohong zhan*, & honglie shen*. effect of vapor/plasma-liquid flow behavior on the keyhole oscillation in laser-mig hybrid welding of invar alloy. optics and laser technology, 2021, 140:107054.

[4] qiyu gao, xiaohong zhan*, honglie shen*, wanli ling, & hengchang bu. effect of welding sequence on stress and deformation field of invar alloy multi-layer and multi-pass welding: a simulation study. modern physics letters b, 2020, 34(13):2050129.

[5] qiyu gao, xiaohong zhan*, honglie shen*, hengchang bu, wanli ling, & tingyan yan. microstructure and alloy element distribution near the fusion line of aluminum alloy 6061 in laser wire-filling welding. modern physics letters b, 2020, 34(29):2050317.

[6] qiyu gao, yun li, hongen wang, weiping liu, honglie shen*, & xiaohong zhan*. effect of scanning speed with uv laser cleaning on adhesive bonding tensile properties of cfrp. applied composite materials, 2019, 26(4):1087-1099.

[7] xiaohong zhan*, qiyu gao, cheng gu, weihua sun, jie chen, & yanhong wei. the porosity formation mechanism in the laser-mig hybrid welded joint of invar alloy. optics and laser technology, 2017, 95:86-93.

[8] hengchang bu, qiyu gao, yun li, feiyun wang, & xiaohong zhan*. comparative study on microstructure and aluminum distribution between laser beam welding and electron beam welding of ti–6al–4v alloy plates. metals and materials international, 2021, 27(9):3449-3461.