姓名： 羅鍵  職稱⛵️：教授🐊，博士生導師

指導研究方向：增材製造（3D打印）、復合加工理論與技術

通訊地址🤦‍♀️：上海市龍騰路333號

電子郵箱：luojian_cn_2005@163.com

聯系電話：021-67791474

教育經歷🍻：

西北工業大學，學士、碩士

西安交通大學👆🏻，博士

工作經歷👩‍❤️‍💋‍👩🧑🏼‍🦲：

意昂体育4平台教授

福州大學教授

重慶大學教授

武漢理工大學教授

法國、奧地利🎚、日本👨🏻‍✈️、美國重點實驗室研究員

上海交通大學博士後研究員

研究方向💆🏽‍♂️：

金屬增材製造理論與3D打印技術

先進復合加工製造理論與機器人焊接技術

先進固相焊接（攪拌/徑向/軸向摩擦焊接）理論與技術

現代高能束加工理論與技術

焊接結構腐蝕與防腐理論與工程應用

研究情況♣︎：

主持完成省部部級以上縱向課題40余項🏃‍➡️🫓，經費超過千萬元，獲得省部級科學技術獎勵3項。在本領域《Welding Journal》等國內外權威期刊發表被SCI、EI收錄論文100余篇，他引超過千余篇，特邀報告10余篇，授權國家發明專利40余項。

學術/社會兼職：

上海市和福建省二級教授，教育部新世紀優秀人才，福建省閩江學者💂🏿‍♀️，重慶市高等學校優秀人才、湖北省傑青👼🏿🚣🏻‍♂️，教育部學位論文通訊評審專家👩🏼‍🍼，中國焊接學會委員🎏，曾任機械傳動國家重點實驗室研究員🅾️。

論文信息🚂：

[1].GQ Han, T Wu, LY Lv, HD Li, H Lin , CY Li, J Luo. Super-resolution AFM imaging based on enhanced convolutional neural network. Nano, 2021,16(12): 2150147.

[2].JJ Gao, J Luo, HB Geng, K Cui, ZL Zhao, L Liu. Morphologies, Young’s modulus and resistivity of high aspect ratio tungsten nanowires.Materials,2020, 13(17):3749

[3].HB Geng, J Luo, JL Li, JJ Gao, X Lin. Thermal boundary evolution of molten pool during wire and arc additive manufacturing of single walls of 5A06 aluminum alloy. Metals, 2020, 10(7):848.

[4].JJ Gao, J Luo, HB Geng, JH Zhong, GQ Han, K Cui, ZL Zhao,  Liu. Coral-flake Co particles electrodeposited into the porous NiAl matrix. Materials Chemistry and Physics, 2020, 244(4):122594.

[5]. Luo Jian，Liu Shanshan，Chen Wei，Xu Xiaoling. Friction interface migration of copper alloy and carbon steel dissimilar metal joints in inertia radial friction welding. Materials and Manufacturing Processes,2016,31（3）：275-282.  

[6]. Jian, Luo🥈🧎🏻‍♂️，Zongxiang, Yao，Keliang, Xue，Anti-gravity gradient unique arc behavior in the longitudinal electric magnetic field hybrid tungsten inert gas arc welding🐄，The International Journal of Advanced Manufacturing Technology🎅🏻，2015, 78（9）👈🏿：1-15.

[7].  Luo Jian🧏🏻‍♂️，Li Shixian👨‍🔬，Chen Wei，Xiang Junfeng，Wang Hong. Simulation of aluminum alloy flowing in friction stir welding with a multiphysics field model.  International Journal of Advanced Manufacturing Technology🧑🏽‍🏫，2015,81（1-4）🧏‍♂️：349-360.  

[8].  Luo Jian, Wang Hong, Chen Wei, Li Longfei. Study on anti-wear property of 3D printed-tools in friction stir welding by numerical and physical experiments. International Journal of Advanced Manufacturing Technology, 2014, 77(9) :1781-1791.

[9].  Jian Luo, Wei Chen, Gen Fu. Hybrid-heat effects on electrical-current aided friction stir welding of steel, and Al and Mg alloys. Journal of Materials Processing Technology, 2014, 214(12): 3002-3012.

[10].  Luo Jian, Li Longfei, Dong Yalin, Xu Xiaoling. A new current hybrid inertia friction welding for nickel-base superalloy K418 / alloy steel 42CrMo dissimilar metals. International Journal of Advanced Manufacturing Technology, 2014, 70(9-12): 1673-1681.  

[11].  Luo Jian, Dong Yalin, Li longfei, Wang Xiaoming. Microstructure of 2205 duplex stainless steel joint in submerged arc welding by post weld heat treatment. Journal of Manufacturing Processes, 2014, 16(1): 144–148.  

[12].Ying Wang, Jian Luo, Xiaoming Wang, Xiaoling Xu. Interfacial characterization of T3 copper / 35CrMnSi steel dissimilar metal joints by inertia radial friction welding. International Journal of Advanced Manufacturing Technology, 2013, 68(5): 1479-1490.  

[13].Luo Jian, Yuan Yi, Wang Xiaoming, Yao Zongxiang. Double-sides single-pass submerged arc welding for 2205 duplex stainless steel. Journal of materials engineering and performance. 2013, 22(9): 2477-2486.  

[14].Luo Jian, Wang Xiaoming, Liu Dejia, Li Fei, Xiang Junfeng. Inertia radial friction welding joint of large size H90 brass/D60 steel. Materials and Manufacturing Processes, 2012, 27(9): 930-935.  

[15].Luo J, Liu DJ, Yin DK, Yang JF, Zhang YC, Takiyama. Influence of welding power to the microstructure and properties of 304 stainless steel sheet joints in CO2 laser welding. Rare Metal Materials and Engineering, 2011, 40(S4): 106-110.

[16].Luo Jian, Xiang Junfeng, Liu Dejia, Li Fei, Xue Keliang. Radial friction welding interface between brass and high carbon steel. Journal of Materials Processing Technology, 2012, 212(2): 385-392.

[17].Luo Jian, Xiang Junfeng, Liu Dejia, Li Fei, Xue Keliang. Radial friction welding interface between brass and high carbon steel. Journal of Materials Processing Technology, 2012, 212(2): 385-392.

[18].Luo Jian, Li Fei, Xue Keliang, Liu Dejia, Zhang Haiwei. Temperature field and residual stress analysis of the gear on CO2 laser welding process. Applied Mechanics and Materials, 2011, 86: 670-673.

[19].J Luo, Q Luo, XJ Wang, XC Wang. EMS-CO2 Welding: A new approach to improve droplet transfer characteristics and welding formation. Materials and Manufacturing Processes, 2010, 25(11): 1233-1241.

[20].Yanze Song, Zhihua Wang, Longmao Zhao, Jian Luo. Dynamic crushing behavior of 3D closed-cell foams based on voronoi random model. Materials & Design, 2010, 31(9): 4281-4289.

[21].Y Sun, J Luo, GF Mi, X Lin. Numerical simulation and defect elimination in the casting of truck rear axle using a nodular cast iron[J]. Material & Design, 2011, 32(3): 1623-1629.

[22].Luo J, Wang XJ, Wang JX. New technological methods and designs of stir head in resistance friction stir welding[J]. Science and Technology of Welding and Joining, 2009, 14(7): 650-654(5)

[23].Luo J, Wang Y, Li AN, Hua L. The 3D simulation of liquid core change of cylinder steel rolling forming on soft-reduction continuous casting process. Journal of Wuhan University of Technology, 2006, 28 (SI): 637-639.

[24].Luo J, Lin Y, Luo Q, Wu Y. New structure of automatic torch and new approach for controlling drop transfer in rotating spray welding arc. Science and Technology of Welding and Joining, 2004, 9 (5): 465-469.

[25].Luo J, Luo Q, Lin YH, Xue J. A new approach for fluid flow model in gas tungsten arc weld pool using longitudinal electromagnetic control. Welding Journal, 2003, 82 (8): 202s-206s.

[26].Luo J. New measurement technique and model for friction torque in continuous drive friction welding: engineering oriented voltage–current floating evaluation measurement method and exponential function model of friction torque. Science and Technology of Welding and Joining. 2001, 6(4): 209-212.

[27].羅鍵, 賈昌申, 王雅生, 薛錦, 吳毅雄. 外加縱向磁場GTAW焊接機理——Ⅱ.電弧模型. 金屬學報, 2001, 37(2): 217-220.

[28].羅鍵, 賈昌申, 王雅生, 薛錦, 吳毅雄. 外加縱向磁場GTAW焊接機理——Ⅰ.電弧特性. 金屬學報, 2001, 37(2): 212-216.

專利著作：

[1]羅鍵🛰，薛克亮，項俊鋒👖，李飛🧑🏿‍🏫，王小明，劉德佳，王穎. 梯度功能結構製造方法及設備，中國發明專利，專利號：ZL201110105541.7  

[2]羅鍵⤵️，趙國際👩🏿‍🚒♎️，劉德佳，冷海波. 一種異種材料電磁激勵電阻熔-釬焊復合焊接方法和設備，中國發明專利🥶，專利號💇🏼‍♂️：ZL201010171343.6

[3]羅鍵. 一種電磁復合場熔化極堆焊方法、設備及其拓展應用，中國發明專利，專利號🏊🏽‍♂️👈🏿：ZL200710078434.3  

[4]羅鍵🕚，葉延洪4️⃣，周中玉，王笑川，權國政，周傑，劉克威🆓，孫玉，王俊園，曾聰，車長勇，杜俊宏，神祥龍🏌🏽‍♀️，王芳芳. 廢舊模具電磁堆焊修復和表面改性方法與設備👨‍👨‍👦‍👦， 中國發明專利， 專利號：ZL200810069433.7  

[5]羅鍵🫱🏿，王穎. 電磁控製氣電立焊方法及其設備，中國發明專利， 專利號🕚： ZL200710092970.9

[6]羅鍵. 雙相不銹鋼厚板電磁復合雙面埋弧焊接方法與設備，中國發明專利🛌🏽，專利號：ZL200810237022.4

[7]羅鍵，趙國際🖐🏿，陳勇. 一種電磁電流耦合場輔助的激光-TIG電弧復合熔釬焊方法和設備📘，中國發明專利🍐，專利號💇🏻‍♂️：ZL201010171331.3

[8]羅鍵，王穎. 一種基於反問題的殘余應力檢測方法，中國發明專利，專利號：ZL201010592105.2

[9]羅鍵. 一種電磁激勵TIG電弧熔-釬焊復合焊接方法和設備🏊🏻‍♂️， 中國發明專利💇🏽‍♂️， 專利號🌵：ZL201010171352.5

[10]羅鍵🧗🏿‍♀️🐌， 一種異種材料電磁激勵電弧熔-釬焊復合方法和設備👷🏽， 中國發明專利，專利號：ZL201010171319.2

獲獎信息🫄🏿💁：

獲得省部級科學技術獎勵3項。

熱烈歡迎焊接、金屬材料🙉、機械製造、自動控製、人工智能、應用數學、應用物理、計算機等專業領域的優秀學生加入本團隊🌷，從事現代3D打印與先進製造理論與技術的研究工作😄🚧。