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Your search keyword '"Du, Xiaodong"' showing total 25 results
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25 results on '"Du, Xiaodong"'

2. Genome‐wide association study analysis to resolve the key regulatory mechanism of biomineralization in Pinctada fucata martensii

Author

Zheng, Zhe, primary, Hao, Ruijuan, additional, Yang, Chuangye, additional, Jiao, Yu, additional, Wang, Qingheng, additional, Huang, Ronglian, additional, Liao, Yongshan, additional, Jian, Jianbo, additional, Ming, Yao, additional, Yin, Lixin, additional, He, Weiming, additional, Wang, Ziman, additional, Li, Chuyi, additional, He, Qi, additional, Chen, Kun, additional, Deng, Yuewen, additional, and Du, Xiaodong, additional

Published
2022
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4. Effects of process parameters on the microstructure of iron coating fabricated on pure aluminum by immersion plating

Author

Yu-Lin Li, Du Xiaodong, X.C. Zhu, Z. Chen, Yucheng Wu, and Jiajun Sun

Subjects
Materials science, Mechanical Engineering, Metallurgy, chemistry.chemical_element, engineering.material, Condensed Matter Physics, Microstructure, Coating, chemistry, Mechanics of Materials, Aluminium, Plating, Scientific method, engineering, Immersion (virtual reality), General Materials Science
Published
2021

5. Effects of aluminum content and mechanical nano‐alloying time on the preparation of titanium‐aluminum composite coatings on magnesium‐lithium alloy

Author

Li Yi, Jian Sun, Yucheng Wu, Mei Liangyu, Du Xiaodong, Lei Yiyuan, and X.C. Zhu

Subjects
Materials science, Magnesium, Mechanical Engineering, Metallurgy, Alloy, chemistry.chemical_element, engineering.material, Condensed Matter Physics, Indentation hardness, Corrosion, chemistry, Mechanics of Materials, Aluminium, Nano, engineering, General Materials Science, Lithium, Titanium
Published
2020

7. Abrasion Behavior of High Manganese Steel under Low Impact Energy and Corrosive Conditions

Author

Du Xiaodong, Sun Guodong, Wang Yifei, Wang Jianfeng, and Yang Haoyu

Subjects
Mechanical engineering and machinery, TJ1-1570
Abstract

The abrasion behavior of high manganese steel is investigated under three levels of impact energy in acid-ironstone slurry. The wear test was carried out by an MLDF-10 tester with impact energy of 0.7 J, 1.2 J, and 1.7 J. The impact abrasion property of high manganese steel in corrosive condition was compared according to the wear mass loss curves. The wear mechanism was analysed by the SEM analysis of the worn surface and the optical metallographic analysis of the vertical section to the wear surface. The results show that the impact energy has a great effect on the impact corrosion and abrasion properties of it. Its abrasion mechanism in corrosive condition is mainly microplough and breakage of plastic deformed ridges and wedges under the impact energy of 0.7 J. It is mainly the spelling of plastic deformed ridges and wedges under 1.2 J and the spalling of the work-hardening layer under 1.7 J after a long time testing.

Published
2009
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