...-mail: [email protected] . Department of Physics, University of Zakho, P.O. Box 12, Zakho International Road, Duhok-Zakho, Iraq. 11 January 2025 21 March 2025 21 March 2025 © 2025, AMPP 2025 atmospheric corrosion microstructure pitting stainless steel solution annealing...

... 30 May 2024 30 May 2024 © 2024, AMPP 2024 atmospheric corrosion environmental degradation environmental severity index marine corrosion mass loss sea spray aerosol For campaign III, samples were exposed at a tilt (approximately 70° from horizontal) facing south...

... infrastructures. The map indicated that 10% of the Indian mainland has a very strong corrosive environment. Kumar and Sil ⁹ proposed a corrosion map of India based on long-term atmospheric corrosion rate. The results showed that Northeast India has the most corrosive environment and the corrosion rate...

...-dependent atmospheric corrosion wastages of Q345 and Q460 steels, two typical structural steel grades but their corrosion models have not been well established, are predicted based on their chemical compositions by these two advanced algorithms. The results show that the main chemical compositions...

...S. Mahmood; C. Gallagher; D.L. Engelberg The atmospheric corrosion behavior of aluminum alloy 6063-T5 with exposure to FeCl₃ containing droplet deposits to simulate direct contact with steel corrosion product droplets has been investigated. Experiments were performed at 50°C and compared...

... is not extensive. ⁵ atmospheric corrosion austenitic and duplex stainless steels clean laser corrosion properties electrochemical method iron contamination UNS S30400 UNS S31603 UNS S32750 A standard methodology to investigate iron contamination of stainless steel is to produce...

... the atmospheric corrosion prediction model and use an improved method to judge the suitable model instead of traditional goodness-of-fit, this paper first studies the effects of various atmospheric environment factors on corrosion loss. Then a corrosion prediction model considering the influence of various...

... conditions during the spray portion of the cycle. ^‡ Corresponding author. E-mail: [email protected] . 14 April 2021 29 July 2021 29 July 2021 © 2021, AMPP 2021 ASTM B117 atmospheric corrosion finite element modeling galvanic coupling salt spray...

... January 2021 05 June 2021 05 June 2021 © 2021, AMPP 2021 additive manufacturing atmospheric corrosion austenitic stainless steels pitting T he natural passivity of stainless steels (SSs) makes them great candidates for material applications when exposure to marine...

... inevitable atmospheric exposure, and exposed steel structures are rapidly deteriorating due to induced atmospheric corrosion. This study assessed and interpreted trends in atmospheric corrosion rates in India for the last 39 y, and spatially mapped seasonal decade-by-decade trends. Northeast India has been...

...M. Shahabi-Navid; M. Halvarsson; J.E. Svensson; A. Allanore; N. Birbilis; L.G. Johansson; M. Esmaily The localized corrosion of the two magnesium-aluminum alloys AM50 and AZ91 produced by a semisolid casting method was investigated under atmospheric corrosion conditions, in the presence of NaCl...

...Wonjun Choi; Dooyoul Lee; Chi Bum Bahn The chloride deposition rate is one of critical factors affecting the atmospheric corrosion of metals, which can be monitored by exposing Ag specimens and analyzing their surfaces using various ways. Although a coulometric reduction method can provide...

...S. Mahmood; C. Gallagher; D.L. Engelberg The atmospheric corrosion behavior of aluminum alloy 6063-T5 with exposure to FeCl₃-containing droplet deposits has been investigated using x-ray computed tomography analysis. A voluminous corrosion product cap is formed, with iron oxyhydroxide...

...° 2θ. Interpretation of the spectra was performed using Philips X'Pert ^†  software. 13 January 2020 17 April 2020 17 April 2020 © 2020, NACE International 2020 atmospheric corrosion carbon steel Fourier-transform infrared spectroscopy (FTIR) Mössbauer...

...: the humid stage, immersion stage, and dry stage. These stages simulate a severe atmospheric corrosion environment where chloride is present. Therefore, the SAE J2234 test has often been used to evaluate the atmospheric corrosion resistance of steel in severe conditions. ^{19 - 20} In the humid...

... aerospace aluminum alloys atmospheric corrosion filiform corrosion SVET TCP pretreatment The surfaces of nonpretreated and TCP-pretreated specimens were assessed using SEM imaging, EDS, and XPS in order to acquire information about IMP composition, density, as well as the composition...

... and merit further exploration. The goal of this study is to compare the atmospheric corrosion susceptibility of printed Al-10Si-Mg alloy to its cast counterpart over a range of heat treatments, including as-produced, T5, and T6 tempers. Atmospheric corrosion testing was performed in a salt-fog chamber using...

... stainless steels currently utilized. ^‡ Corresponding author. E-mail: [email protected] . 08 August 2019 20 August 2019 20 August 2019 © 2019, NACE International 2019 atmospheric corrosion ferritic stainless steel localized corrosion...

...-mail: [email protected] . 15 April 2019 17 August 2019 17 August 2019 © 2019, NACE International 2019 atmospheric corrosion crack initiation crack growth stainless steel stress corrosion cracking In the presence of highly soluble chloride salt deposits in a critical...

... of deposits in confined zones together with elevated temperature and low RH generated locally by direct sunshine are the key factors of AISCC initiation and ultimately of anchor failure. atmospheric corrosion failure analysis stainless steel stress corrosion cracking “Low quality climbing...