学术成果：
1. Song Xinyuan, Liang Yang*,
and Chuang Deng, Intrinsic grain boundary shear coupling tensor, Acta
Materialia 278 (2024): 120273.
2. Yang Liang, Xinyuan Song, Tingting Yu, Dahai Liu, and Chuang Deng, Unusual
acceleration and size effects in grain boundary migration with shear coupling, Computational
Materials Science 240 (2024): 113004.
3. Liu, Dahai, Xuechi Lai, Zengxin
Huang, Liang Yang, and Kai Zhou, Study on Hot Deformation Behavior and
Processing Maps of Cobalt‐Based Superalloy GH5188, Advanced
Engineering Materials 26, 6 (2024): 2301607.
4. 黄曾鑫, 蒋逸航, 赖春明, 吴庆捷, 刘大海, 杨亮*, 基于原子模拟的金属 Fe 晶界能与晶界取向相关性分析, 金属学报 60, 9(2024):
1289-1298.
5. 黄蔚君, 杨亮*, 黄曾鑫, 刘大海, 陶毅晨, 周恺, 祝李豪，双线圈与单线圈磁脉冲辅助微冲裁对比与分析，塑性工程学报 31, 8 (2024): 20-25.
6. Liu Yang, Zichun Wu, Wei Gao,
Lizhong Zhao, Yufeng Song, Yuqiang Chen, Hong Luo, Qing
Wang, Liang Yang *, Lijun Zeng, Xuefeng Zhang, Xuefeng Ding, Effect of
annealing temperatures on microstructural stability and mechanical properties
of Ti–Zr–Nb alloy, Journal of Materials Research and Technology 23
(2023): 3570-3578.
7. Ding Xuefeng, Mingyue Xiao,
Wenhui Liu, Xiao Liu, Yuqiang Chen, Honggang Zhou, Chenbing Zhao, Liang Yang*,
and Yufeng Song, Macro–micro–nonuniform deformation behavior of 7B52 laminated
aluminum alloy under high-speed impact, Journal of Materials
Engineering and Performance, 32, 4 (2023):
1508-1514.
8. 宋宇峰，杨亮，丁学锋，肖来荣，刘文辉，陈宇强，朱必武，长期热暴露对Al-Cu-Mg 合金微尺寸变化的影响，中国有色金属学报, 31, 9 (2021): 2412−2418
9. Liu Dahai, Haorui Chai, Liang
Yang, Wenqing Qiu, Zhenghua Guo, and Zhilu Wang, Study on the dynamic
recrystallization mechanisms of GH5188 superalloy during hot compression
deformation, Journal of Alloys and Compounds 895
(2022): 162565.
10. Yang Liang, Chunming Lai, and Saiyi Li, A survey of the
crystallography-dependency of twist grain boundary mobility in Al based on
atomistic simulations, Materials Letters 263 (2020):
127293.
11. Yang Liang, Chunming Lai, and Saiyi Li, Atomistic simulations of energies for
arbitrary grain boundaries. Part II: Statistical analysis of energies for tilt
and twist grain boundaries, Computational Materials Science 162
(2019): 268-276.
12. Li Saiyi, Liang Yang,
and Chunming Lai, Atomistic simulations of energies for arbitrary grain
boundaries. Part I: Model and validation, Computational Materials
Science 161 (2019): 330-338.
13. Yang Liang, Chunming Lai, and Saiyi Li, Statistical analysis of grain boundary
mobility in Al simulated using a modified synthetic driving force molecular
dynamics method, Materials Letters 227 (2018): 90-92.
14. Li Saiyi, Liang Yang,
and Nan Qin, Development of through-thickness texture gradient and persistence
of shear-type textures during annealing of commercial purity aluminium sheet
processed by accumulative roll-bonding, Journal of Materials Science
& Technology, 34, 5 (2018): 821-831.
15. Yang Liang, and Saiyi Li, A modified synthetic driving force method for
molecular dynamics simulation of grain boundary migration, Acta
Materialia 100 (2015): 107-117.
16. 张明亮, 杨亮，魏承炀，李赛毅，张新明，基于修正球形双晶模型的金属Al 晶界能分子动力学计算，中国有色金属学报, 25, 11 (2015): 3060-3066
17. Li Saiyi, Xuewen Li, and Liang
Yang, Role of strain path change in grain refinement by severe plastic
deformation: A case study of equal channel angular extrusion, Acta
Materialia 61, 12 (2013): 4398-4413.
18. 杨亮, 魏承炀, 雷力明, 李臻熙, 李赛毅，两相钛合金再结晶退火组织与织构演变的蒙特卡罗模拟, 物理学报 62, 18 (2013): 348-356.
19.姜丽红, 曾丽君, 杨亮, 郭正华, 退火温度对铁Σ5〈001〉对称倾斜晶界迁移行为影响的分子动力学模拟研究, 热加工工艺 49 24(2020): 105-108.
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