研究领域

1.塑性成形工艺、成形模具和成形装备

2.塑性成形工艺中的摩擦和润滑

3.复合材料成形

4.智能制造

论文与著作

[1]      徐宝池，石必坤，樊黎霞，杨晨.冷径向锻造身管壁厚方向变形不均匀性的影响[J]. 2019，已被兵工学报录用

[2]      童维，杨晨，杨宇召，扶云峰，陈晓萍，樊黎霞.身管弹线膛同锻时下沉段皱褶试验研究及其预测[J]. 2019，已被兵工学报录用

[3]      刘金明，刘兵，杨晨，任青松，樊黎霞.精锻身管弹膛内壁成形圈纹缺陷机理研究[J]. 2019，已被兵工学报录用.

[4]      徐宝池，杨晨，樊黎霞，扶云峰，任青松，董雪花.锻造比对精锻身管力学性能各向异性的影响[J]. 2019，已被兵器装备工程学报录用

[5]      王嵩杰,杨晨.基于GTN和韧性断裂准则的SS304微管液压胀形开裂研究[J]. 锻压技术, 2019, 44(01):188-194

[6]      石必坤,樊黎霞,杨宇昭,杨晨.不同锻造比和Q值对身管横向力学性能的影响[J]. 精密成形工程,2018,6:78-82

[7]      戴震宇,杨晨.轴向补料对微型管件液压成形性能的影响[J]. 塑性工程学报, 2017，24（04）：47-53

[8]      杨晨,戴震宇,王嵩杰.微管液压成型工艺中的摩擦系数研究[C],. 第十五届全国塑性工程学会年会,2017,山东，济南

[9]      唐伟,杨晨.SS304微型管件的液压胀形[J]. 塑性工程学报, 2016, 23(4):42-47

[10]  Chen Yang, Peng Li, Yushen Hu, Lixia Fan, Reliability analysisof the corner filling test in the tube hydroforming process[J], Proc IMechE,Part B: Journal of Engineering Manufacture. 2015,229(4): 631-638

[11]  Yang C , Li P , Fan L . Blank Shape Design for SheetMetal Forming based on Geometrical Resemblance[J]. Procedia Engineering, 2014,81:1487-1492

[12]  Li Peng, Chen Yang, Lixia Fan. Effect of the externalpressure on the plastic formability of Micro-Tubes in Hydroforming[C],Proceedings of the 5th International Conference on Mechanical Engineering andMechanics, 2014, Yangzhou, China

[13]  樊黎霞,王世哲,杨晨,胡雨伸.管件高压液力成形技术的发展综述. 机械制造与自动化,2013,6:1-6

[14]  Bandar Alzahrani, Gracious Ngaile, Chen Yang. Part 1:Analytical modeling of symmetric multi-nose tube hydroforming Journalof Manufacturing Processes. 2013.

[15]  Gracious Ngaile, Chen Yang. Influence ofprocess variables on preform design for tube hydroforming based on wrinkleevolution. Transactions of the North American Manufacturing ResearchInstitution of SME. 2012, 40, pp. 204-211.

[16]  Chen Yang and Gracious Ngaile. Preform design in TubeHydroforming. Journal of Manufacturing Science and Engineering, Transactions ofthe ASME. 2011;133(6).

[17]  Gracious Ngaile, Chen Yang, Kilonzo Obadiah. Frictionerror compensation in Tube hydroforming process control. Journal ofManufacturing Science and Engineering, Transactions of the ASME. 2011;133(6).

[18]  Chen Yang and Gracious Ngaile, Preform design forforging and extrusion process based on the geometrical resemblance.  Proc. IMechE Vol. 224 Part B: Journal ofEngineering Manufacture, (2010) pp 1409-1422.

[19]  Gracious Ngaile and Chen Yang, Analytical model forthe characterization of guiding zone tribo-test for tube hydroforming. Journalof Manufacturing Science and Engineering, Transactions of the ASME, (2009), Vol131, pg, 021008-1-11.

[20]  Gracious Ngaile and Chen Yang, Application of FiniteElement Analysis in Metal Forming Tribology. Transactions of the North AmericanManufacturing Research Institution of SME, v 37,( 2009), pp 379-386.

[21]  Chen Yang and Gracious Ngaile, Analytical Model forPlanar Hydroforming: Prediction of formed shape, corner fill, wall thinning,and forming pressure. International Journal of Mechanical Sciences, v 50, n 8,(2008), pp 1263-1279.

[22]  Gracious Ngaile and Chen Yang. PART 1: Analyticalmodel for characterizing the pear shape tribotest for tube hydroforming. ProcIMechE, Part B: Journal of Engineering Manufacture, v 222, n 7, (2008), pp849-863.

[23]  Gracious Ngaile and Chen Yang. PART 2: Application ofAnalytical model for characterizing the pear shape tribotest for tubehydroforming. Proc IMechE, Part B: Journal of Engineering Manufacture, v 222, n7, (2008) pp 865-873.

[24]  Lan-sheng Xie, Chen Yang, Guo-quan Tong, Lin Gao.Blank Design for Sheet Metal Forming Parts by a Finite Element InverseApproach. Zhongguo Jixie Gongcheng/China Mechanical Engineering, v 15, n 9,(2004),p p 832.

[25]  Chen Yang, Yushen Hu, Lixia Fan and Wenxiu Xin，Reliability Analysis of the Corner Filling Test in theTube Hydroforming Process，Proceedingsof 6th International Conference on Tube Hydroforming, August, 2013, Jeju,Korea.

[26]  Yushen Hu,  ChenYang, Lixia Fan，Study on theLoad-Carrying Capability of the Tubular Part Hydroformed through the UsefulWrinkles，Proceedings of 6thInternational Conference on Tube Hydroforming, August, 2013, Jeju, Korea.

[27]  Chen Yang and Gracious Ngaile. Preform design in tubehydroforming.  Proceedings of the 9thInternational Conference on Technology of Plasticity, September 2011, Aachen,Germany.

[28]  Gracious Ngaile, Kilonzo Obadiah and Chen Yang.Friction error compensation in tube hydroforming process control.  ASME International Manufacturing Science andEngineering Conference, June 2011. Corvallis, Oregon, USA.

[29]  Chen Yang and Gracious Ngaile, Preform design forforging and extrusion processes based on geometrical resemblance, Proceedingsof ASME International Manufacturing Science and Engineering Conference , Vol.1,pp.583-591, October 2009, West Lafayette, IN, USA.

[30]  Gracious Ngaile and Chen Yang, Analytical model forthe characterization of the guiding zone tribotest for tube hydroforming, 4thInternational Conference on tube hydroforming, September 2009, Kaohsiung,Taiwan.

[31]  Gracious Ngaile and Chen Yang, “Analytical model forplanar tube hydroforming: prediction of formed shape, corner fill, wallthinning, and forming pressure. Proceedings of the 9th International Conferenceon Technology of Plasticity, September, 2008, Gyeongju, Korea.

[32]  Gracious Ngaile and Chen Yang, “Analytical model for  the characterization of the guiding zone tribotest for tube hydroforming”,  Proceedings of ASME International Manufacturing Science and Engineering  Conference,Vol.1, pp. 591-600, October 2008, Evanston, IL USA 

荣誉与奖励

2012年，被评为南京理工大学机械工程学院科研先进个人；

2013年，被聘为南京理工大学教育实验学院教学工作委员会委员；

2013年，韩国济州岛召开的第六届国际管材内高压成形国际会议分会主席；

2013年，南京理工大学“全英语教学”讲课竞赛二等奖；

2014年，课程《有限元理论及应用-Theory& Application of Finite Element Method》获得南京理工大学校创新计划教师类项目及研究生教育优秀工程项目资助；

2014年，第五届机械工程与力学国际会议5thInternational Conference on Mechanical Engineering & Mechanics 组委会副秘书长；

2015年，获江苏省委组织部评选的“第七批科技镇长团省级优秀成员”。

2018年，课程《ComputerAided Engineering and its Applications》入选江苏省教育厅的“江苏省外国留学生英文授课培育课程”。