The chart shows the distribution of publications by all Research.com ranked scientists in the field of Materials Science in 2026. The highlighted bar marks where Rui Yang sits on this spectrum.
This scientist: 315 publications — 63rd percentile
63% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 1,163 publications or more.
The chart shows the D-index (discipline H-index) distribution of Materials Science scientists ranked by Research.com in 2026. The highlighted bar marks where Rui Yang sits on this spectrum.
This scientist: 54 D-Index — 32nd percentile
32% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 165 D-Index or more.
Rui Yang is affiliated with the Chinese Academy of Sciences in China and has an extensive publication record primarily focused on engineering and materials science. Their research spans over 290 publications in engineering and more than 260 in materials science, indicating a strong interdisciplinary expertise that bridges fundamental and applied aspects of these fields.
Their work covers several subfields, including materials chemistry, mechanical engineering, mechanics of materials, molecular biology, and aerospace engineering. Within these areas, Rui Yang focuses particularly on topics related to titanium alloys microstructure and properties, intermetallics and advanced alloy properties, aluminum alloys composites properties, advanced ceramic materials synthesis, metal and thin film mechanics, additive manufacturing materials and processes, and advanced materials and composites.
Rui Yang's highly cited papers include the following notable publications:
They have frequent collaborations with a number of coauthors, including Yingjie Ma, Jiafeng Lei, Jianke Qiu, Dongsheng Xu, and Yulin Hao, reflecting a collaborative approach to research and development.
Rui Yang regularly publishes in a range of scientific journals, with the most frequent venues including:
The scientist's research emphasizes microstructural optimization, materials strengthening mechanisms, and the processing of advanced alloys and composites. Their work in additive manufacturing and high-entropy alloys contributes to understanding the mechanical behavior and fatigue resistance of emerging structural materials.
Xiaoli Zhao;Shujun Li;Man Zhang;Yandong Liu
Y. J. Liu;Y. J. Liu;S. J. Li;H. L. Wang;W. T. Hou
Unknown
S. J. Li;Q. S. Xu;Z. Wang;W. T. Hou
Yujing Liu;Yujing Liu;H. L. Wang;S. J. Li;S. G. Wang
Xuying Cheng;Shujun Li;Lawrence Murr;Zhenbo Zhang
Shujun Li;Lawrence Murr;Xuying Cheng;Zhenbo Zhang
S. Zhao;S.J. Li;W.T. Hou;Y.L. Hao
Yun Bai;Xin Gai;Shujun Li;Lai-Chang Zhang
Yu-Lin Hao;Shu-Jun Li;Rui Yang
Y. Song;Z. X. Guo;R. Yang
S. Zhao;S.J. Li;S.G. Wang;W.T. Hou
Xin Gai;Xin Gai;Yun Bai;Ji Li;Shujun Li
S. J. Li;R. Yang;S. Li;Y. L. Hao
Y. L. Hao;R. Yang;M. Niinomi;D. Kuroda
Y. L. Hao;S. J. Li;B. B. Sun;M. L. Sui
Jianke Qiu;Yingjie Ma;Jiafeng Lei;Yuyin Liu
Yujing Liu;Yujing Liu;Shujun Li;Wentao Hou;Shaogang Wang
Shujun Li;Shuo Zhao;Wentao Hou;Chunyu Teng
E.G. Obbard;Y.L. Hao;R.J. Talling;S.J. Li
Dechun Ren;Dechun Ren;Shujun Li;Hao Wang;Wentao Hou
Y.W. Zhang;S.J. Li;E.G. Obbard;H. Wang
Lei Xu;Ruipeng Guo;Ruipeng Guo;Chunguang Bai;Jiafeng Lei
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