Faculty & Research

Famous Teachers'Style
Name: Zhang Boyang
Professional Ranks and Titles: Lecturer
Academic Degree: PH.D
Department: Department of mechanical equipment and control engineering
Administrative Post: N/A
Office Location: Room 813, Mechanical and Electrical Building
Office Telephone: 010-62334845
E-mail: zhangby@ustb.edu.cn
Direction of Scientific Research: Processing and preparation of steel plate surface micromorphology、Function effect of surface micro morphology

Undergraduate Courses:《Engineering numerical calculation》、《Rolling process control》

 

Educational Experience:

2007.09-2011.06 USTB,Mechanical engineering and automation,Bachelor's degree

2011.09-2017.01 USTB,Major in mechanical design and theory,Master and doctoral degree

 

Work Experience:

2017.03-2019.06 USTB,School of Mechanical Engineering,Teacher postdoctoral

2019.06-至今 USTB,School of Mechanical Engineering,Lecturer

 

Major Journal Articles:

1、Zhang Boyang *, Li Shuo, Zhang Qingdong, Liu Jiyang, Zhang Liyuan, influence of surface morphology on interface deformation and composite quality in stainless steel / carbon steel hot static pressing composite, Journal of Mechanical Engineering,2019,55(10):62-69.(EI)

2、Zhang Qingdong, Li Shuo, Zhang Boyang *, Xie Lu, Li Rui. Molecular dynamics modeling and Research on micro deformation behavior of metal rolling composite process [J]. Journal of metals,2019,55(07):919-927.(SCI)

3、Zhang Boyang *, Lu Xingfu, Zhang Liyuan, Zhang Qingdong, research on the warping behavior of complex plate shape of cold rolled extremely thin strip, Journal of Mechanical Engineering,2018,54(12):184-192(EI)

4、Zhang Qingdong,Zhang Boyang*,Lu Xingfu. Two dimensional element free Galerkin coupled flow function method and its application[J]. Engineering Computations,2016,33(5),1310-1326.(SCI)

5、Zhang Qingdong, Zhang Boyang *, Li Rui, Ma Lei. Research progress of micro surface quality control theory and technology of steel plate [J]. Journal of Mechanical Engineering,2016,52(10):32-45.(EI)

6、Zhang Qingdong, Zhang Boyang *, Li Rui, Ma Lei. Rolling transfer control of surface gloss of tinplate [J]. Journal of Mechanical Engineering,2016,52(14):48-57.(EI)

7、Zhang Qingdong, Zhang Boyang, Ma Lei *, Li Rui, Zhang Yong. Rolling transfer rule and prediction model of high strength strip surface roughness [J]. Journal of Engineering Science,2016,38(1):118-127.(EI)

8、Zhang Qingdong, Zhang Yong *, Li Rui, Zhang Boyang. Study on wear process of work roll surface rough peak rolling in cold strip mill by discrete element method [J]. Journal of Mechanical Engineering,2016,52(6):72-78+85.(EI)

9、Zhang Qingdong, Zhang Boyang *, Li Bo, Zhang Xiaofeng. Two dimensional flow function of plate rolling process - gridless Galerkin solution method and its application [J]. Journal of Mechanical Engineering,2015,51(10):48-54.(EI)

10、Zhang Qingdong, one year old *, Zhang Xiaofeng, Zhang Boyang. Mechanism modeling and finite element verification of wave leveling process of thin strip tension leveler [J]. Journal of Mechanical Engineering,2015,51(2):49-57.(EI)

11、Zhang Boyang *, Zhang Qingdong, Mao Yilun, Zhang Xiaofeng. Study on extrusion deformation behavior of Inconel 690 alloy tube by gridless method [J]. Journal of Mechanical Engineering,2014,50(12):51-57.(EI)

12、Zhang Xiaofeng, Li Rui *, Zhang Boyang, Zhang Qingdong. Generation model of strip surface morphology in flat rolling process [J]. Journal of Mechanical Engineering,2013,48(14):38-44.(EI)

 

Achievements and Honors:

Presided over one joint fund of the Ministry of education for equipment pre research, presided over three enterprise projects, and participated in and completed a number of scientific research projects as main participants, including the National Natural Science Foundation project, national intelligent manufacturing development project, etc. More than 10 SCI / EI academic papers have been published and 2 national patents have been obtained.

Contact us

  • Address:No. 30 Xueyuan Road, Haidian District, Beijing Address
  • Telephone:010-2517221 Telephone
  • Mailbox:meoffice@me.ustb.edu.cn Mailbox
  • Zip code:100083 Zip code
  • Fax:010-2517221 Fax

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