[Simulating and Calculating Materials]
Material Data Ecosystem for Materials Genome Engineering
YIN Haiqing1,2, WANG Yongwei2, ZHANG Xiaotong1, JIANG Xue1, HUANG Haiyou1, ZHANG Lei1, IWATA Shuichi3, et al
2023 02 [135－143][Abstract](1690)[pdf 5763KB](753)
Research on Big Data Service System Construction for Spacecraft Materials
GAO Hong, NIU Hu, WANG Xiangke, FAN Xiaoming, LIU Botian, XING Yan
2022 11 [930－937][Abstract](3209)[pdf 8512KB](1011)
Teaching Reform Practice in Series of Courses on Computational Materials Science Based on Hybrid Teaching Method
YU Yajuan，GUO Xingming，CHEN Renjie
2021 12 [1015－1022][Abstract](2293)[pdf 12394KB](1481)
Visual Analysis of Titanium Aluminum Alloy Research Based on CiteSpace
BAO Fangfang1,2, GAO Wei1,2, FENG Xin1,2, ZHANG Aibin1,2, DING Xianfei1,2, NAN Hai1,2
2021 11 [922－929][Abstract](2384)[pdf 8688KB](1628)
Research Progress of Machine Learning Aided High Entropy Alloy Design
ZHAO Dingqi，QIAO Junwei，WU Yucheng
2021 07 [508－517][Abstract](3913)[pdf 9299KB](2108)
Phase Diagram, Phase Transformation and Materials Development of Coatings Served in Harsh Environments
CHANG Keke，LOU Ming，XU Kai，CHEN Leilei，YUAN Yuan
2021 06 [401－416][Abstract](5001)[pdf 26440KB](2822)
La/Ni(111)表面CO甲烷化：助剂La对活性和选择性的影响
智翠梅1，章日光2，王宝俊2
2020 09 [670－680][Abstract](3075)[pdf 11765KB](2254)
Machine Learning Assisted High-Throughput Experiments Accelerates the Composition Design of Hard High-Entropy Alloy CoxCryTizMouWv
WANG Jiong 1, XIAO Bin 2 , and LIU Yi1,2
2020 04 [269－277][Abstract](5107)[pdf 17312KB](3438)
Interface and the Preference of Transformation Crystallography
GU Xinfu, SHI Zhangzhi, CHEN Leng, YANG Ping

2019 08 [731－741][Abstract](5652)[pdf 9814KB](3124)[ HTML ]
First-Principles Interface Thermodynamics of Core-Shelled Nano-Phase Precipitation in Alloys
JIANG Yong, ZHANG Chaomin
2019 08 [748－758][Abstract](5265)[pdf 5944KB](2789)[ HTML ]
Research Progress on Numerical Simulation of Crystal Growth
2019 05 [523－527][Abstract](3737)[pdf 3303KB](3093)[ HTML ]
Shallow Talk about Integrated Computational Materials Engineering and Materials Genome Initiative：Ideas and Practice
LI Bo1,2, DU Yong1, QIU Lianchang1, PANG Mengde1, ZHANG Weibin3, LIU Shuhong1, LI Kai1, PENG Yingbiao4, ZHOU Peng5 , ZHENG Zhoushun6, SONG Min1, Seifert H3
2018 07 [11－15][Abstract](10943)[pdf 41009KB](5158)
Key Material Genome of Titanium Alloys and Application of High Throughput Experiment and Computation
SUN Qiaoyan1, DU Yong2, LIU Libin2, HU Qingmiao3, XIAO Lin1, SUN Jun1
2018 04 [57－63][Abstract](5141)[pdf 3292KB](3926)