Small angle neutron scattering ( SANS) study..

This paper focuses primarily on the study of precipitation and strengthening in 5054 aluminum alloy. The material was cut in the form of small rectangular and put inside the furnace from where the samples will undergo the heat treatment. The heat treatment process composed of the heating cycle and t...

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Main Author: Wan Muhammad Fakhrullah Bin Wan Rafaie
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Published: 2023
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spelling my.uniten.dspace-206242023-05-04T21:47:44Z Small angle neutron scattering ( SANS) study.. Wan Muhammad Fakhrullah Bin Wan Rafaie Heat treatment 5054 aluminium alloy optical image This paper focuses primarily on the study of precipitation and strengthening in 5054 aluminum alloy. The material was cut in the form of small rectangular and put inside the furnace from where the samples will undergo the heat treatment. The heat treatment process composed of the heating cycle and the aging cycle. Six samples of 5054 aluminum alloys will be used respectively to perform certain sample testing such as hardness test, tensile test. The microstructure of the heat-treated samples was evaluated in detail on the basis of the optical microscope images. The results of the hardness test were also completely discussed in order to determine the optimum heat treatment cycle for 5054 aluminum alloy. The results of the tensile test were also discussed in detail to determine the strength of the 5054-aluminum alloy undergoing the heat treatment cycle. The final result of this research is that all of the initially specified objectives have been effectively fulfilled. By analyzing optical microscopy images and SEM images, the most important objective of this study, which is to examine the effect of heat treatment on the microstructure of 5054 aluminum alloys, has been successfully achieved. 2023-05-03T15:09:15Z 2023-05-03T15:09:15Z 2019-10 https://irepository.uniten.edu.my/handle/123456789/20624 application/pdf
institution Universiti Tenaga Nasional
building UNITEN Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Tenaga Nasional
content_source UNITEN Institutional Repository
url_provider http://dspace.uniten.edu.my/
topic Heat treatment
5054 aluminium alloy
optical image
spellingShingle Heat treatment
5054 aluminium alloy
optical image
Wan Muhammad Fakhrullah Bin Wan Rafaie
Small angle neutron scattering ( SANS) study..
description This paper focuses primarily on the study of precipitation and strengthening in 5054 aluminum alloy. The material was cut in the form of small rectangular and put inside the furnace from where the samples will undergo the heat treatment. The heat treatment process composed of the heating cycle and the aging cycle. Six samples of 5054 aluminum alloys will be used respectively to perform certain sample testing such as hardness test, tensile test. The microstructure of the heat-treated samples was evaluated in detail on the basis of the optical microscope images. The results of the hardness test were also completely discussed in order to determine the optimum heat treatment cycle for 5054 aluminum alloy. The results of the tensile test were also discussed in detail to determine the strength of the 5054-aluminum alloy undergoing the heat treatment cycle. The final result of this research is that all of the initially specified objectives have been effectively fulfilled. By analyzing optical microscopy images and SEM images, the most important objective of this study, which is to examine the effect of heat treatment on the microstructure of 5054 aluminum alloys, has been successfully achieved.
format
author Wan Muhammad Fakhrullah Bin Wan Rafaie
author_facet Wan Muhammad Fakhrullah Bin Wan Rafaie
author_sort Wan Muhammad Fakhrullah Bin Wan Rafaie
title Small angle neutron scattering ( SANS) study..
title_short Small angle neutron scattering ( SANS) study..
title_full Small angle neutron scattering ( SANS) study..
title_fullStr Small angle neutron scattering ( SANS) study..
title_full_unstemmed Small angle neutron scattering ( SANS) study..
title_sort small angle neutron scattering ( sans) study..
publishDate 2023
_version_ 1806426326415966208
score 13.209306