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张国伟

时间:[2020-03-09]  来源:

姓名:张国伟

手机:15124320788

Email :zhangguoweineepu@163.com

主要学历及工作经历:

张国伟校内副教授,男,1989年生人,黑龙江省绥化市人。20126月毕业于哈尔滨工程大学,获学士学位,20186月毕业于哈尔滨工程大学,获博士学位,现任土木工程系教师。

主要社会兼职:

主要研究领域及指导硕士生研究方向:

微纳米力学、分子动力学

出版著作和论文:

[1] Zailin Yang*, Guowei Zhang, Gang Luo. Mechanical   properties of copper nanocube under three-axial tensile loadings[J]. Chinese   Physics B. 2015, 24(6): 066203. (SCI: 000358130200057)

[2] Zailin Yang*, Guowei Zhang, and Jianwei Zhao.   Molecular dynamics simulations of void effect of the copper nanocubes under   triaxial tensions [J]. Physics Letters A. 2016, 380(7-8): 917-922.(SCI: 000370106900018)

[3] Guowei Zhang, Zailin Yang*, Gang Luo.   Investigation of mechanical properties of twin gold crystal nanowires under   uniaxial load by molecular dynamics method [J]. Chinese Physics B. 2016,   25(8): 086203. (SCI: 000384264300046)

[4] Zailin Yang*, Guowei Zhang, Gang Luo, Xiaoqing Sun,   Jianwei Zhao. Mechanical properties of gold twinned nanocubes under different   triaxial tensile rates [J]. Physics Letters A. 2016, 380(34): 2674-2677.   (SCI: 000380078200016)

[5] Zailin Yang,Qinyou Yang, Guowei Zhang*.Poisson’s ratio and   Young’s modulus in single-crystal copper nanorods under uniaxial tensile   loading by molecular dynamics [J]. Physics Letters A. 2017, 381(4): 280-283.   (SCI: 000392776800018)

[6] ZailinYang, Qinyou Yang, Guowei Zhang*, Yong Yang. Void effect   on mechanical properties of copper nanosheets under biaxial tension by   molecular dynamics method [J]. Physics Letters A.   2018, 382: 781–786.(SCI:000425572000007)

[7] Zailin Yang*, Guowei Zhang, Yong Yang* and Jianwei   Zhao*. Effect of thickness on mechanical properties of hollow copper   nano-cylinder by molecular dynamics[J]. Materials Research Express. 2018,   5(11): 115006. (SCI: 000444310800002)

[8] Guowei Zhang*, Zailin Yang.The jump   phenomenon of dynamic Poisson's ratio and dynamic Young's modulus in   compressed copper nanorods[J]. The European Physical Journal Plus. 2019,   134(8): 403. (SCI: 000482887900001)

科研项目:

科研成果及奖励:无

教研成果及所受奖励:无

已毕业硕士人数:0

在读硕士人数:0

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