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Title
Mechanical properties of friction induced nanocrystalline pearlitic steelAuthor (from another institution)
Published Date
2022Publisher
Springer NatureAbstract
Nanocrystalline structured variants of commercially available alloys have shown potential for boosting the mechanical properties of these materials, leading to a reduction in waste and thereby retaini ... [+]
Nanocrystalline structured variants of commercially available alloys have shown potential for boosting the mechanical properties of these materials, leading to a reduction in waste and thereby retaining feasible supply chains. One approach towards achieving these nanostructures resides in frictional treatments on manufactured parts, leading to differential refinement of the surface structure as compared to the bulk material. In this work the machining method is considered to be a testing platform for the formation and study of frictional nanostructured steel, assembly of which is stabilized by fast cooling of the produced chip. Analysis of the mechanical properties has shown extraordinary results at the surface, over 2000 MPa of strength on AISI1045 steel, more than three times the strength of the base material, demonstrating at the same time a reduction of 15% in the elastic modulus. The microscopic analysis suggests a reassembly of the elements in a new lattice of carbon supersaturated nano-ferrite. [-]
Publisher’s version
https://doi.org/10.1038/s41598-022-16848-2ISSN
2045-2322Published at
Scientific Reports Vol. 12. Nº 1. Artículo 12591. July, 2022Document type
Article
Version
Published
Rights
© 2022 The AuthorsAccess
Open AccessCollections
- Articles - Engineering [478]
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