冯铭-818棋牌正版

基本介绍(必填)

冯铭，讲师，2020年3月毕业于秋田県立大学（日本），工学博士。主要从事硅、碳化硅等半导体材料、蓝宝石、氧化锆陶瓷、钛合金人工假体、航空叶片等高效超精密抛光技术与装备开发，光学透镜与反射镜超精密加工技术与装备开发。目前，主持在研科研项目2 项（浙江省自然科学青年项目和温州市科技计划项目），参与国家自然科学面上项目1 项，深圳市国际合作项目1 项，深圳高端人才孔雀团队项目1项，已在国内外杂志上发表相关sci/ei收录论文21篇，已授权多项专利。

主要工作经历

2020.3——2020.8，南方科技大学，访问学者

2020.9——至今，温州大学，讲师

获奖情况

承担项目

[1] 2021-10-2023-06旋转磁场辅助磁性流体的非球面高效抛光技术开发（温州市基础性科研项目，g20210001，8万元），在研，主持。

[2] 2022-01-2024-12 增材制造钛合金人工关节化学-磁流变高效抛光方法基础研究（浙江省自然科学基金探索项目, lq22e050008, 10万元），在研，主持。

[3] 2018-08-2021-03基于介电泳与磁流变复合效应的非球面纳米精度高效抛光加工（深圳市科技创新委员会, 国际合作研究项目, gjhz20180411143558312, 50万元），结题。

[4] 2019-01-2023-12 新一代3c产品精细陶瓷构件精密加工技术与装备研发及产业化（深圳市科技创新委员会，高层人才团队项目，kqtd20170810110250357，3500万元），在研，参与。

[5] 2014.01-2018.1 面向高精度球体高效高一致性加工的变曲率沟槽研磨新方法研究（国自然面上， no.51375455，80万），已结题，参与。

学术任职

1.中国机械工程协会(cmes)会员

2.日本精密工学（jspe）海外会员承担项目

学术成果

[1] feng m, wu y b*, youliang wang, bitoh t, et al. investigation on the polishing of aspheric surface with a doughnut-shaped magnetic compound fluid tool [j]. precision engineering. 2020(61): 182-193. (sci 2区, if: 3.156)

[2] feng m, wu y b*, bitoh t, et al. effect of the component of magnetic compound fluid (mcf) slurry on the polishing characteristics in aspheric surface finishing with the doughnut-shaped mcf tool [j], precision engineering, 2020(65): 216-229. (sci 2区 if: 3.156)

[3] feng m*, wu y b, et al. processing of high-precision ceramic balls with a spiral v-groove plate [j]. frontiers of mechanical engineering. 2017(12):132-142. (sci 1区 top, if: 4.528)

[4] lei y, feng m*, wu k, chen, j, ji j, yuan j. investigation on the basic characteristics of semi-fixed abrasive grains polishing technique for polishing sapphire (α-al2o3) [j]. materials, 2022(15): 3995. (sci 3区，3.623)

[5] jiaping qiao, ming feng, hanqiang wu, sisi li, jiang zeng, yongbo wu*. experimental study on the effect of grinding path in tangential ultrasonic-assisted grinding for the curved surfaces of zirconia ceramics [j]. the international journal of advanced manufacturing technology. 2022(118): 1859–1872. (sci 3区, if: 3.226)

[6] jiaping qiao, ming feng, hanqiang wu, sisi li, jiang zeng, yongbo wu*. a study on tangential ultrasonic-assisted mirror grinding of zirconia ceramic curved surfaces [j]. the international journal of advanced manufacturing technology. 2022(112): 2837–2851. (sci 3区, if: 3.226)

[7] sisi li, jiaping qiao, hanqiang wu, jiang zeng, haohao cui, feng ming, yongbo wu*. improving the grindability of inconel 718 by hydrogen embrittlement in ultrasonic-assisted grinding [j]. the international journal of advanced manufacturing technology. 2021(114): 2045–2054. (sci 3区, if: 3.226)

[8] weifeng yao, qingqing chu, binghai lyu, chengwu wang, qi shao, ming feng, zhe wu. modeling of material removal based on multi-scale contact in cylindrical polishing [j]. international journal of mechanical sciences. 2022(223):107287. (sci 1区, top, if: 5.329) 

[9] jiaping qiao, hanqiang wu, linhe sun, ming feng, jiang zeng, yongbo wu*. experimental investigation on ultrasonic-assisted truing/dressing of diamond grinding wheel with cup-shaped gc wheel [j]. the international journal of advanced manufacturing technology. (sci 3区，if：3.226).

[10] ming feng, youliang wang, bitoh t, mitsuyoshi nomura, tatsuya fujii, wu y b*. polishing investigation on zirconia ceramics using magnetic compound fluid (mcf) slurry [j]. international journal of abrasive technology. 2019(9): 257-275. (ei)

[11] youliang wang*, jibo gao, ming feng, et al. fundamental study on s-136 aspheric surface using magnetic compound fluid slurry [j]. international journal of abrasive technology. 2021(10): 155-169 (ei)

[12] ming feng*, yingrui xie, leran chen, wu y b. investigation on polishing feasibility of the concave surface with magnetic compound fluid (mcf) slurry [j]. international journal of automation technology. 2021(1):34-40. (ei)

[13] ming feng*, youliang wang, wu y b*. investigation on zirconia ceramics polishing using magnetic compound fluid (mcf) slurry：relationship between material removal and surface roughness [j]. international journal of automation technology. 2021(1):17-23. (ei)

[14] 王有良, 史小锋, 陈秀娟, 张文娟, 冯铭. 基于双磁场磁性复合流体的抛光性能 [j]. 表面技术. (ei) 

[15] lei y, feng m*, wu k, chen, j, ji j, yuan j. investigation on the basic characteristics of semi-fixed abrasive grains polishing technique for polishing sapphire (α-al2o3) [j]. materials, 2022(15): 3995. (sci 3区，3.623)