Application mechanism and anti-corrosion measures of aluminum and titanium alloys in marine environment
DOI:
https://doi.org/10.61173/719gaf18Keywords:
Mechanism, titanium, aluminum, prevents, corrosion, measuresAbstract
With the rapid development of ocean engineering and ships, ocean engineering materials’ corrosion resistance and portability are more prominent. This paper expounds on three aspects: (1) briefly describes the requirements and application of metal materials in ocean engineering. (2) corrosion mechanism of the ocean, corrosion resistance mechanism of aluminum, titanium, and its alloys in seawater. (3) Anti-corrosion measures of metals in the Marine environment. Currently, the research and development of Marine materials lacks the practice and application of low- carbon theory. Therefore, Marine environmental protection and low carbon has become an important development trend in various industries.
References
[1] Chang Hui. Liao Zhiqian. Wang Xiangdong. Ocean engineering of titanium metal materials [M]. Beijing Press of Technology.2017:9-11.
[2] Hu Hailiang. Research on the application of aluminum alloy in ships and Ocean Engineering [J]. Ship Science and Technology, 2023,45 (04): 45-48.
[3] Sun Jing, Qi Yuanjia, Liu Hui et al. Progress on corrosion and wear of titanium and titanium alloys in marine environment [J]. Material protection, 2020,53 (01): 151-156.
[4] Zhang Wei, Jin Xi, Zuo Hongxin, etc. Analysis of new corrosion protection technology on Marine ships [J / OL]. Biochemical industry: 1-7 [2023-07-27].
[5] Hai Minna, Huang Fan, Wang Yongmei. On the titanium and titanium alloy application in Marine equipment [J]. MetalWorld, 2021 (05): 16-21.
Downloads
Published
Issue
Section
License
Copyright (c) 2023 by the authors.
This work is licensed under a Creative Commons Attribution 4.0 International License.
