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Corrosion Testing of Additive Manufactured Materials

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Additive manufacturing (AM) is a term that is used to describe a family of processes that adds material in a controlled way to produce a structure or product. It has been used for many years for polymeric materials and its origin can be traced to Japan in the early 1980’s. The industrial use of AM polymeric products, then commonly introduced as stereolithography, got its start from an invention using a computer-controlled laser beam to harden a liquid polymer by Charles Hull in 1983.

Product Number: 51323-19317-SG
Author: Robert P. Badrak
Publication Date: 2023
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$20.00
$20.00

AMPP TR21522 was formed in July 2021 with the goal of assessing the state of the art with respect to corrosion testing of additive manufactured materials. A group of about 35 subject matter experts were assembled to prepare a summary report. An assessment of the open literature resulted in the selection of about 340 relevant references that were evaluated with respect to corrosion mechanism, material and additive manufacturing process.


The corrosion mechanisms investigated included general and localized corrosion, environmental cracking (such as SCC, SSC and HISC) and high temperature oxidation. The scope was limited to metallic materials of construction. The results of this assessment are presented with identified knowledge gaps and recommendations for corrosion testing that have been identified as of November 2022.

AMPP TR21522 was formed in July 2021 with the goal of assessing the state of the art with respect to corrosion testing of additive manufactured materials. A group of about 35 subject matter experts were assembled to prepare a summary report. An assessment of the open literature resulted in the selection of about 340 relevant references that were evaluated with respect to corrosion mechanism, material and additive manufacturing process.


The corrosion mechanisms investigated included general and localized corrosion, environmental cracking (such as SCC, SSC and HISC) and high temperature oxidation. The scope was limited to metallic materials of construction. The results of this assessment are presented with identified knowledge gaps and recommendations for corrosion testing that have been identified as of November 2022.

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Picture for Effect of Ferrite and Heat Treatment on the Low Temperature Toughness of Austenitic Castings
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51318-10556-Effect of Ferrite and Heat Treatment on the Low Temperature Toughness of Austenitic Castings

Product Number: 51318-10556-SG
Author: J.J. Perdomo / I.A. Morales / John J. Houben
Publication Date: 2018
$20.00

The intent was to understand if the low ferrite limits commonly associated with acceptable toughness in austenitic welds can be used on ASTM A 351 Grade CF3M and CF8M castings.
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