Numerical analysis of highly reactive interfaces in processing of nanocrystallised multilayered metallic materials by using duplex technique

Bajda, Szymon and Krzyzanowski, Michal and Muszka, K. and Rainforth, W. Mark (2015) Numerical analysis of highly reactive interfaces in processing of nanocrystallised multilayered metallic materials by using duplex technique. Surface & Coatings Technology, 277. pp. 170-180. ISSN 0257-8972

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Abstract

The behaviour of the highly reactive interfaces during the processing of nanocrystallised multilayered materials has been investigated in the present work. Conditions leading to the formation of strain localisations around the oxidised interfaces during the thermomechanical stage of the duplex processing route have been investigated using multilevel numerical analysis. The analysis is based on the finite element methodology and involved coupling of the macro level model representing the rolling of the multilayered metallic material at elevated temperatures with the meso level model representing the oxidised interface within the nanocrystallised material. The multilevel thermomechanical model has been applied for the analysis of the strain, stress and damage evolution around the oxidised interfaces for the different technological parameters. The analysis included verification of the modelling results with the available experimental material. The 316L stainless steel is considered in the investigation.

Item Type:	Article
Identification Number:	10..1016/j.surfcoat.2015.07.019
Dates:	Date Event 2015 Published
Uncontrolled Keywords:	Nanocrystallised multilayered materials Finite element modelling Stainless steel Oxidation Interfaces Multilevel analysis
Subjects:	CAH10 - engineering and technology > CAH10-01 - engineering > CAH10-01-01 - engineering (non-specific)
Divisions:	Faculty of Computing, Engineering and the Built Environment > College of Engineering
Depositing User:	Ian Mcdonald
Date Deposited:	15 Dec 2016 14:54
Last Modified:	20 Jun 2024 11:51
URI:	https://www.open-access.bcu.ac.uk/id/eprint/3714