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  • 教师姓名: 柳文波
  • 电子邮箱:
  • 学历: 博士研究生毕业
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  • 性别: 男
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  • 学位: 博士
  • 职称: 教授
  • 毕业院校: 清华大学
  • 博士生导师: 是
  • 硕士生导师: 是

近期文章

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本课题组每年均有学生发表高水平科技论文。

近三年(2022-至今)发表的​​​​​​​部分论文列表如下:

 

2025年:

(1) Zhaomin Guo, Xuxi Liu, Shi Wu, Shisen Gao, Wenbo Liu, Calculation of the critical nucleus size and minimum energy path of T3 phase in Fe-Mn-Ni-Si alloys: An integrated phase-field and constrained string method, Computational Materials Science, 258 (2025) 114095

​​​​​​​(2) Xiaoyong Qi, Yanbo Jiang, Wenlong Shen, Jinli Cao, Yuxuan Liao, Wenbo Liu, Effects of second phase particles and pores on grain boundary migration during solid-state sintering: A phase-field study, Nuclear Engineering and Design 413 (2025) 113800

(3) Yanbo Jiang, Wenlong Shen, Yongxiao La, Xun Lan, Wenbo Liu, Phase-field simulation of recrystallization and calculation of the effective thermal conductivity of polycrystalline UO2, Annals of Nuclear Energy 211 (2025) 110918

(4) 孙启明, 申文龙, 廖宇轩, 李昱, 王纪钧, 柳文波. 氮化铀压力辅助烧结过程的相场模拟. 稀有金属材料与工程. 54(3) (2025) 671-678.

(5) Yanbo Jiang, Shisen Gao, Yongxiao La, Wenbo Liu, Formation of gas bubble superlattice in U-Mo alloys: A phase-field study, Nuclear Engineering and Design 435 (2025) 113912

(6) Zhenhong Ge, Xuxi Liu, Yanbo Jiang, Wenbo Liu, Di Yun, Effects of recrystallization on fission gas behavior in U3Si2 fuel at LWR temperature: A combination of phase-field method and rate theory, Nuclear Engineering and Design 435 (2025) 113905

(7) Shisen Gao, Xuxi Liu, Penghui Lei, Wenbo Liu, Effects of high misfit on isothermal beta to omega phase transformation in Ti-19V alloy: A three-dimensional phase-field simulation, Nuclear Engineering and Technology, 57 (2025) 103537

(8) Yiwei Zhao, Wenbo Liu, Jie Qiu, Jing Li, Di Yun, Modeling oxygen diffusion in UO2±x, PuO2±x, and (U,Pu)O2±x systems, Physical Review Materials, 9 (2025) 035001

(9) Xuxi Liu, Zhaomin Guo, Shi Wu, Wenbo Liu, Effects of Si on the Precipitate of MNSPs in Fe-Mn-Ni-Si Quinary System: A Phase-field Simulation, Nuclear Inst. and Methods in Physics Research, B., 566 (2025) 165755

 

2024年:

(1) Yanbo Jiang, Zhipeng Sun, Dongjie Wang, Dan Sun, Xiaoyong Qi , Di Yun, Wenbo Liu,  Effects of grain boundaries on the evolution of radiation-induced bubbles in polycrystalline tungsten: A phase-field simulationJournal of Nuclear Materials 588 (2024) 154757

(2) Yanbo Jiang, Yongxiao La, Xuxi Liu, Wenbo Liu, Effect of grain size on irradiation-induced bubble evolution in high burn-up UO2: A phase-field study, Journal of Nuclear Materials 601 (2024) 155312

(3) Xuxi Liu, Yanbo Jiang, Yongxiao La, Wenbo Liu, Phase-field modeling of facet growth of diamond using a modified anisotropic coefficient of interfacial energy, Diamond and Related Materials 149 (2024) 111639  

(4) Yongxiao La, Yanbo Jiang, Xuxi Liu, Wenbo Liu, Quantitative calculation of bubble pinning to grain boundary: a phase‑field study, Journal of Materials Science, https://doi.org/10.1007/s10853-023-09197-6 (2024)

(5) Yongxiao La, Yanbo Jiang, Xun Lan, Wenbo Liu, Phase-field simulation of fission bubbles formation in composite ceramic nuclear fuel, Nuclear Engineering and Design 428 (2024) 113485

(6) Xun Lan, Yanbo Jiang, Dan Sun, Wenbo Liu, Wenjie Li, Three-dimensional phase-field simulation of intergranular bubble evolution in UO2 during irradiation, Nuclear Engineering and Design 416 (2024) 112766

(7) Xuxi Liu, Wenlong Shen, Wenbo Liu, Phase-Field Simulation of Precipitation and Grain Boundary Segregation in Fe-Cr-Al Alloys under Irradiation. Nanomaterials, 14 (2024) 1198.

(8) Yongxiao La, Chunyang Wen, Linna Feng, Yihui Luo, Di Yun and Wenbo Liu, Phase-Field Simulation of Spinodal Decomposition in U-50Zr Metallic Nuclear Fuel, Nanomaterials, 14 (2024) 1548.

(9) Xiaoqiang Pan, Yongxiao La, Yuxuan Liao, Yifan Wang, Yonghong Lu, Wenbo Liu, Phase-Field Simulation of Grain Growth in Uranium Silicide Nuclear Fuel. Crystals 14 (2024) 691.

(10) 郭松源, 柳文波, 杨庆成, 戚晓勇, 恽迪,粘性烧结过程的相场模拟,金属学报, 60(12) (2024) 1691-1700.

(11) 刘续希, 高士森, 喇永孝, 柳文波,Zr-2.5Sn合金高温腐蚀过程的相场模拟研究,物理学报,  73(14) (2024) 148201. 

(12) 申文龙,廖宇轩,吴学志,姜彦博,柳文波,晶界沟槽形成过程的相场模拟,金属学报(2024) DOI: 10.11900/0412.1961.2024.00138

(13) 廖宇轩,申文龙,吴学志,喇永孝,柳文波,陶瓷型复合燃料烧结过程的相场模拟研究,物理学报73 (2024) 210201​​​​

 

2023年:

(1) Xun Lan, Yanbo Jiang, Yongxiao La, Wenbo Liu, Calculation of the effective thermal conductivity of porous polycrystalline U-10Mo alloy based on phase-field simulation, Nuclear Engineering and Design 413 (2023) 112552

(2) Zhaoxi Yang , Wenbo Liu, Xuxi Liu , Yanbo Jiang , Di Yun, Effects of grain boundaries and temperature on spinodal decomposition in a binary Fe-Cr alloy: A phase-field simulation, Annals of Nuclear Energy 193 (2023) 110030

(3) 戚晓勇, 柳文波, 何宗倍, 王一帆, 恽迪,UN核燃料烧结致密化过程的相场模拟,金属学报,  59 (2023): 1513-1522.

(4) Chuanxin Liang, Yunting Su, Mengyuan Hao, Tianjiao Dong, Hengfeng Gong, Wenbo Liu, and Dong Wang, Microstructural evolution of gas bubbles and thermal conductivity in UO2-BeO bicrystal, Journal of Materials Science (2023) 58:11944-11956

 

 

2022年:

(1) Yanbo Jiang, Yong Xin, Wenbo Liu, Zhipeng Sun, Ping Chen, Dan Sun, Mingyang Zhou, Xiao Liu, Di Yun, Phase-field simulation of radiation-induced bubble evolution in recrystallized U-Mo alloy, Nuclear Engineering and Technology 54 (2022) 226-233

(2)  Yangzhong Wang, Wenbo Liu, Jiahui Zhang, Huan He, Di Yun, Piheng Chen, The evolution of radiation-induced point defects near symmetrical tilt Σ5 (310) 001grain boundary in Ga stabilised δ-Pu: A molecular dynamics study, Nuclear Materials and Energy 30 (2022) 101107

(3) 姜彦博, 柳文波, 孙志鹏, 喇永孝, 恽迪, 外加应力作用下 UO2 中空洞演化过程的相场模拟, 物理学报 71 (2022) 026103

(4) 刘续希, 柳文波, 李博岩, 贺新福, 杨朝曦, 恽迪, 辐照条件下Fe-Cu合金中富Cu析出相的临界形核尺寸和最小能量路径的弦方法计算,金属学报, 58 (2022): 943-955

(5) Chuanxin Liang, Wenbo Liu, Hengfeng Gong, Dong Wang, Low-energy irradiation induced giant quasilinear superelasticity over wide temperature range in NiTi shape memory alloys, Physical Review Materials, 6, 2022, 045602

(6) Chunyang Wen, Wenbo Liu, Di Yun, Zhengyu Qian, A phase-field model with irradiation enhanced diffusion for constituent redistribution in U-10wt%Zr metallic fuels. Frontiers in Materials, 9: 950785 (2022) doi: 10.3389/fmats.2022.950785