The chart shows the distribution of publications by all Research.com ranked scientists in the field of Engineering and Technology in 2026. The highlighted bar marks where Bin Teng sits on this spectrum.
This scientist: 230 publications — 58th percentile
58% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 804 publications or more.
The chart shows the D-index (discipline H-index) distribution of Engineering and Technology scientists ranked by Research.com in 2026. The highlighted bar marks where Bin Teng sits on this spectrum.
This scientist: 44 D-Index — 42nd percentile
42% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 107 D-Index or more.
Bin Teng is affiliated with Dalian University of Technology in China. Their research spans multiple fields primarily within engineering and earth and planetary sciences. The work focuses extensively on computational mechanics, ocean engineering, and earth-surface processes, reflecting an interdisciplinary approach to fluid dynamics and marine systems.
Teng's contributions emphasize topics related to wave and wind energy systems, coastal and marine dynamics, and fluid dynamics simulations and interactions. Additional areas of focus include fluid dynamics and vibration analysis, ocean waves and remote sensing, vibration and dynamic analysis, and geotechnical engineering and underground structures.
Frequent collaborators in Teng's research include Ying Gou, Peiwen Cong, Dezhi Ning, Yingyi Liu, and Longfei Cong. These coauthors have collectively contributed to various aspects of wave dynamics, fluid mechanics, and renewable energy technologies.
Teng has published extensively in several scientific venues, with a notable concentration in:
Significant publications by Teng showcase a range of topics from wave prediction models to hydrodynamic behavior of aquatic devices. Selected papers include:
The scope of Teng's research includes developing advanced models for wave behavior, analyzing energy systems that incorporate wind and wave dynamics, and investigating the hydrodynamic properties of marine structures. These efforts contribute to understanding complex fluid interactions and optimizing renewable energy devices.
De-Zhi Ning;Rong-Quan Wang;Qing-Ping Zou;Bin Teng
B. Teng;R.Eatock Taylor
G.H. Dong;Y.N. Zheng;Y.C. Li;B. Teng
Ming Zhao;Liang Cheng;B. Teng;G. Dong
De-Zhi Ning;Jin Shi;Qing Ping Zou;Bin Teng
D.Z. Ning;D.Z. Ning;J. Zang;S.X. Liu;R. Eatock Taylor
Ming Zhao;Liang Cheng;Bin Teng;Dongfang Liang
Ji-ning Song;Lin Lu;Bin Teng;Han-il Park;Han-il Park
Yucheng Li;Yong Liu;Bin Teng
Yu-Cheng Li;Yun-Peng Zhao;Fu-Kun Gui;Bin Teng
Yong Liu;Yu-cheng Li;Bin Teng;Sheng Dong
Lin Lu;Bin Teng;Liang Sun;Bing Chen
Liang Cheng;Kervin Yeow;Zhipeng Zhang;Bin Teng
Lin Lu;Liang Cheng;Bin Teng;Ming Zhao
M. Yang;B. Teng;D. Ning;Z. Shi
Yong Liu;Yu-cheng Li;Bin Teng
Z.J. Song;Z.J. Song;B. Teng;Y. Gou;L. Lu
Yun-Peng Zhao;Yu-Cheng Li;Guo-Hai Dong;Fu-Kun Gui
Lin Lu;Bin Teng;Liang Cheng;Liang Sun
Sheng-chao Jiang;Sheng-chao Jiang;Bin Teng;Wei Bai;Ying Gou
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