... products over the exposure period. 03 03 2025 19 05 2025 aluminum alloy atmospheric environments corrosion rate localized corrosion potentiodynamic marine environments Evolution of Surface Changes and Corrosion Kinetics During Atmospheric Corrosion of AA2024-T3 in Seacoast...

... provided the structural designers, constructor, project verifiers and structure owner authority with sufficient information to make informed decisions and approve the 100-year durability design for the structure. 22 09 2024 28 04 2025 concrete marine environments corrosion rate...

...-mail: [email protected] . 20 September 2023 08 January 2024 08 January 2024 © 2024, AMPP 2024 biological calcareous deposition carbon steel marine environments microbiologically influenced corrosion I t is well-understood that damage to infrastructure caused...

...Zachary D. Harris; Lara S. Ojha; Jayendran Srinivasan; Robert G. Kelly; James T. Burns The influence of crack-initiating feature on the environment-assisted cracking (EAC) behavior of sensitized AA5456-H116 exposed to marine environments is assessed via fracture mechanics-based testing. Specimens...

...R.E. Melchers This paper is concerned with the mechanisms governing reinforcement corrosion in concretes in marine environments and how they influence the manner of local failure of the concrete. Despite the high pH of the concrete, air voids from inadequate concrete compaction can, under chloride...

...-mail: [email protected] . 22 October 2021 17 January 2022 17 January 2022 © 2022, AMPP 2022 A ustenitic stainless steel is commonly used in marine environments due to its high resistance to corrosion. ¹ One example of its use is in the construction of spent nuclear fuel...

.... ^‡ Corresponding author. E-mail: [email protected] . 05 06 2016 15 03 2017 15 03 2017 © 2017, NACE International 2017 hydrogen stress cracking localized corrosion marine environments oil and gas seawater stainless steels stress corrosion cracking The scope...

... no. 4364 at CORROSION 2014, March 2014, San Antonio, Texas. Part 2 of this article will be published in Corrosion 72, 5 (2016). 20 10 2015 12 1 2016 3 3 2016 © 2016, NACE International 2016 cathodic protection localized corrosion marine environments modeling...

... in Navy ships, along with their typical applications. TABLE 1 Examples of 5xxx Alloys in Service ^‡ Corresponding author. E-mail: [email protected] . 24 9 2015 22 12 2015 © 2016, NACE International 2016 aluminum alloy marine environments...

... of aluminum “burning,” despite the fact that the HMS Sheffield was mostly of steel construction. ^{27 - 28} aluminum alloy environment sensitive cracking environmentally assisted corrosion intergranular stress corrosion cracking marine environments The environmental...

... the expanding interface). The characteristic length scale of diffusion, L, able to reach a precipitate nucleated at time t_o can be expressed as: aluminum alloy marine environments modeling precipitates sensitization AA5xxx aluminum alloys are commonly used...

... Norske Veritas (USA), Inc., Materials and Corrosion Technology Center, 5777 Frantz Road, Dublin, OH 43017-1386. 26 2 2010 13 4 2011 © 2011 NACE International 2011 corrosion-resistant alloy critical crevice temperature critical pitting temperature marine environments metallic...

... International 2005 alloys anaerobic conditions composition immersion macropitting marine environments micropitting pitting The effect of alloying on longer-term pitting behavior under actual field conditions appears to have been addressed previously in a systematic way only by Blekkenhorst, et...

... environment exposure humidity industrial environments marine environments rural environments subtropical climates temperate climates temperature weathering steel Because of their excellent mechanical properties and relatively low prices, carbon and low-alloy steels have become the main...

... steel calcareous deposits cathodic polarization cathodic protection current density marine environments offshore structures potential sacrificial anode seawater Cathodic protection (CP), alone or in conjunction with coatings, for several decades has been the principle corrosion control...

...-FeOOH), which was in agreement with reported corrosion rates. In the marine environments, corrosion products varied in composition. In Adicora, Venezuela, akaganeite (ß-FeOOH) was found, but in Cuba, this phase was nonexistent. Results were discussed in light of the contamination present...

... 1997 1 2010 NACE International 1997 alloy C276 alloy 625 anodic polarization chromium crevice corrosion dissolution iron marine environments molybdenum nickel pitting corrosion seawater Alloy 625 (UNS N06625) ⁽¹⁾ is a Ni-Cr-Mo-Fe alloy that has excellent...

... fracture hydrogen-assisted cracking marine environments pipeline stress intensity factor wedge open load The useful lifetime of carbon steel (CS) structures in marine and underground environments must be enhanced to reduce construction costs and preserve the natural environment. In general, CS...

.... Relationship between Pmax and P/S. bicarbonate ductility cast iron pipe graphitic corrosion iron bacteria marine environments pipelines and line pipe steel quantification theory analysis sulfate-reducing bacteria turbercles It is well known that corrosion of some materials can...

... protection marine environments offshore structures sacrificial anode seawater structural steel Cathodic protection (CP) has been the fundamental means of corrosion control for submerged marine structures for several decades. While several criteria for defining the adequacy of CP are available...