基本信息Basicinformation
姓名Name：YuanmingHuo
学历EducationBackground：PH.D.
职称ProfessionalTitle：AssociateProfessor
职务Post：MasterSupervisor
研究方向ResearchInterests:
个人简介Personal Profile
I am currently anassociate professor and master's supervisor in the School ofMechanical and Automotive Engineering of Shanghai University OfEngineering Science(SUES). Ph.D. and Postdocs. from the School ofmechanical engineering, University of Science and TechnologyBeijing(USTB). In 2019, the teaching design of "MechanicalEngineering Materials" was included in the compilation ofteaching design cases of young teachers' courses of Civics inShanghai universities. Academic adjuncts include: senior member ofthe Chinese Mechanical Engineering Society, member of the ChineseSociety for Metals, senior member of the Society for PlasticityEngineering, reviewer for international journals such as Journal ofmanufacturing processes and Materials & Design, member of theeditorial board of Viser Mechanical Engineering Journal, member ofthe expert committee of the China Nonferrous Metals IndustryTechnology Innovation Strategic Alliance, etc.
I have long beenengaged in research on precision plastic forming of metals,multi-scale material modeling and simulation, intelligentmanufacturing equipment and new lightweight metal materials andcomposites. Have presided over a project of the National NaturalScience Foundation of China, a project of the China PostdoctoralScience Foundation, participated in one national key R&D projectof the Ministry of Science and Technology, as well as more than 10horizontal projects all of which I presided over or participated in;Have won a third prize of China Machinery Industry Federation and 2science and technology progress awards of Laiwu City; published 60scientific and technical papers, including more than 30 SCI-indexedpapers; participated in the publication of one advanced textbook,authorized 9 invention patents and 2 software copyrights, andreceived excellent reports at the National Symposium on PlasticityProcessing Theory and New Technology and the Excellent Youth AcademicForum of Chinese Nonferrous Metals Society.
主持或参加科研项目（课题）情况 Preside over or participate in scientific research projects (topics)
(1) Research on themicrostructure and plastic damage evolution law of oblique rollforming of bearing steel balls, China Postdoctoral Science FoundationCommittee, 2015.11-2017.07, ¥50,000,concluded, presiding.
(2) Research on themechanism of plastic damage formation in cold upsetting of titaniumalloy aerospace fasteners, National Natural Science Foundation ofChina, 2019.01-2021.12, ¥250,000,under research, presided.
(3) RobotizedProduction Line of Large Shaft Wedge Cross Rolling and itsApplication Demonstration, Ministry of Science and Technology ofChina, 2019.05-2022.04, ¥500,000,under research, participation.
学术成果AcademicPublication:
代表性论著 Representative Papers
(1) Huo Yuanming, HeTao, Wang Baoyu, et al. Numerical Prediction and ExperimentalValidation of the Microstructure of Bearing Steel Ball Formation inWarm Skew Rolling[J]. Metallurgical and Materials TransactionsA-Physical Metallurgy and Materials Science. 2020,51,(3):1254-1263.
(2) Huo Yuanming, HeTao, Chen Shoushuang, et al. Microstructure evolution and unifiedconstitutive equations for the elevated temperature deformation ofSAE 52100 bearing steel[J]. Journal of Manufacturing Processes.2019,44:113-124.
(3) Huo Yuanming, HeTao, Chen Shoushuang, et al. Mechanical Behavior and MicrostructureEvolution of Bearing Steel 52100 During Warm Compression[J]. JOM.2018,70,(7):1112-1117.
(4) Huo Yuanming, LinJianguo, Bai Qian, et al. Prediction of microstructure and ductiledamage of a high-speed railway axle steel during cross wedgerolling[J]. Journal of Materials Processing Technology.2017,239:359-369.
(5) Huo Yuanming, BaiQian, Wang Baoyu, et al. A new application of unified constitutiveequations for cross wedge rolling of a high-speed railway axlesteel[J]. Journal of Materials Processing Technology.2015,223:274-283.
(6) Shen Menglan, HuoYuanming, He Tao. Comparison of two constitutive modelling methods inapplication of TC16 alloy at the elevated deformation temperature[J].Materials Today Communications. 2020,101053:101053.
(7) Yang Wanbo, HuoYuanming, He Tao, et al. Microstructure evolution of TC16 titaniumalloy for producing aerospace fasteners during cold compression[J].Rare Metal Materials and Engineering. 2022,51(2):386-391.
(8) Jia Changyuan, HuoYuanming, He Tao, et al. A Review: Double Multivariate NonlinearRegression Constitutive Model of High-Speed Train Axle Steel 40CrNiModuring Hot Tension[J]. JOM. 2022,74:1798–1806.
(9) Bai Jie, HuoYuanming, He Tao, et al. Comparison of Five Different ModelsPredicting the Hot Deformation Behavior of EA4T Steel[J]. Journal ofMaterials Engineering and Performance. 2022,10:1059-9495.
(10) Huo Yuanming, HeTao, Xue Yong, et al. Ductile fracture and microstructure of abearing steel in hot tension[J]. Indian Journal of Engineering andMaterials Sciences. 2020,27(2):382-388.
授权发明专利和软件著作权 Authorized invention patents and software copyrights
(1) Yang Wanbo; HuoYuanming; Hu Yujia; Shen Menglan; Zhang Jingbao, A multi-functionaldust collector device for grinding machines, 2019-05-17, China,ZL201910415297.0.
(2) Huo Yuanming; JiaChangyuan; Liu Keran; Huo Cunlong; Wang Yongxiang, Front-mounteddouble-row spacing adjustable tobacco plucking rod dust collectorintegrated machine, 2020-01-16, China, ZL202010061568.X.
(3) Jia Changyuan; HuoYuanming; Liu Keran; Huo Cunlong; Wang Yongxiang, Wind structureddust removal system for wheat combine harvester, 2020-01-16, China,ZL202010049168.7.
(4) Huo Cunlong; HuoYuanming; Jia Changyuan; Liu Keran, A multifunctional medicalassisted walking anti-drop device, 2020-01-16, China,ZL202010048088.X.
(5) Huo Yuanming; YangWanbo; Hu Yujia; Shen Menglan, A kind of medical clean table,2019-01-15, China, ZL201910036297.X.
(6) Huo Yuanming; ShenMenglan; Yang Wanbo; Hu Yujia, A multi-functional squatting andsitting commode device, 2019-01-15, China, ZL201910036282.3.
(7) Wang Baoyu; HuoYuanming, A roller type device for online continuous quenching ofobliquely rolled steel balls, 2016-06-15, China, CN201610180199.X.
(8) Wang Baoyu; HuoYuanming, An intelligent control system for drum type steel ballquenching device, 2016-08-17, China, CN201620241553.0.
(9) Wang Baoyu; HuoYuanming, An intelligent control system and method for drum typesteel ball quenching device, 2016-06-22, China, CN201610180477.1.
(10) Ren Xu; HuoYuanming; He Tao; Wang Baoyu; Du Xiangyang; Bai Jie; Bian Zhiyuan,Rex Dynamic Recrystallization Metamerism Automata Simulation SoftwareV1.0, 2021SR1172711, Original Acquisition, All Rights Reserved,2021-05-20.
(11) Bai J.; Huo Y. M.;He T.; Wang B. Y.; Du X. Y.; Ren X.; Bian Z. Y., Software forautomatic generation of intrinsic structure models based onexperimental data V1.0, 2021SR1172710, Original work, All rightsreserved, 2021-05-17.
联系方式Contactdetails: yuanming.huo@sues.edu.cn
