The positron and mechanical parameters of a cold-worked aluminum alloy (3004) Using PALT, PADBT and HV

In the present work, the influence of plastic deformation on the properties of a 3004 Al-alloy was studied with different techniques. Crystallite size, dislocation density, defect density, micro-strain, and stored dislocation energy are presented and compared for different three techniques.

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Published inJournal of mechanical behaviour of materials Vol. 30; no. 1; pp. 292 - 303
Main Authors Mostafa, Ahmed, Mostafa, Mostafa Y. A, Abdel-Rahman, M., Abdel-Rahman, M. A., Badawi, Emad A., Lin, Y. C.
Format Journal Article
LanguageEnglish
Published Berlin De Gruyter 01.01.2021
Walter de Gruyter GmbH
Subjects
3004 Al-alloy
Aluminum base alloys
Cold working
Correlation
Crystal defects
Crystal dislocations
Crystallites
Deformation
Diamond pyramid hardness tests
Dislocation density
Mechanical properties
Parameters
Plastic deformation
Positron annihilation
positron annihilation techniques
Saturation
Thickness
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Abstract In the present work, the influence of plastic deformation on the properties of a 3004 Al-alloy was studied with different techniques. Crystallite size, dislocation density, defect density, micro-strain, and stored dislocation energy are presented and compared for different three techniques.
AbstractList Abstract In the present work, the influence of plastic deformation on the properties of a 3004 Al-alloy was studied with different techniques. Crystallite size, dislocation density, defect density, micro-strain, and stored dislocation energy are presented and compared for different three techniques. Methodology Many techniques for detecting defects have been developed, such as the positron annihilation lifetime technique (PALT), the positron annihilation Doppler broadening technique (PADBT), and the Vickers hardness test (HV). Implications The positron mean lifetime value of a non-deformed sample is 173±4.8 ps, which increases until the thickness reduction reaches a 10% deformation then saturated at saturation trapping of the positron in defect states with a mean of 221±5 ps. At an S-parameter of 0.3709±0.0031, a W-parameter of 0.5885±0.0057 was obtained at zero deformation: this decreases until saturation at 10% deformation. Findings A good correlation between the three techniques is observed for mean crystallite size. A good correlation was also noted between PALT and PADBT from 0 to 10% thickness reduction. HV has good correlations with PALT and PADBT from 0 to 6% thickness reduction: then a clear difference was found from 6 to 15% thickness reduction. Originality such results confirm the fact that the used technique can effects on the obtained results in some limitations.
In the present work, the influence of plastic deformation on the properties of a 3004 Al-alloy was studied with different techniques. Crystallite size, dislocation density, defect density, micro-strain, and stored dislocation energy are presented and compared for different three techniques.
In the present work, the influence of plastic deformation on the properties of a 3004 Al-alloy was studied with different techniques. Crystallite size, dislocation density, defect density, micro-strain, and stored dislocation energy are presented and compared for different three techniques.Many techniques for detecting defects have been developed, such as the positron annihilation lifetime technique (PALT), the positron annihilation Doppler broadening technique (PADBT), and the Vickers hardness test (HV).The positron mean lifetime value of a non-deformed sample is 173±4.8 ps, which increases until the thickness reduction reaches a 10% deformation then saturated at saturation trapping of the positron in defect states with a mean of 221±5 ps. At an S-parameter of 0.3709±0.0031, a W-parameter of 0.5885±0.0057 was obtained at zero deformation: this decreases until saturation at 10% deformation.A good correlation between the three techniques is observed for mean crystallite size. A good correlation was also noted between PALT and PADBT from 0 to 10% thickness reduction. HV has good correlations with PALT and PADBT from 0 to 6% thickness reduction: then a clear difference was found from 6 to 15% thickness reduction.such results confirm the fact that the used technique can effects on the obtained results in some limitations.
Author Abdel-Rahman, M. A.
Lin, Y. C.
Mostafa, Mostafa Y. A
Badawi, Emad A.
Abdel-Rahman, M.
Mostafa, Ahmed
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Snippet In the present work, the influence of plastic deformation on the properties of a 3004 Al-alloy was studied with different techniques. Crystallite size,...
Abstract In the present work, the influence of plastic deformation on the properties of a 3004 Al-alloy was studied with different techniques. Crystallite...
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StartPage 292
SubjectTerms 3004 Al-alloy
Aluminum base alloys
Cold working
Correlation
Crystal defects
Crystal dislocations
Crystallites
Deformation
Diamond pyramid hardness tests
Dislocation density
Mechanical properties
Parameters
Plastic deformation
Positron annihilation
positron annihilation techniques
Saturation
Thickness
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Title The positron and mechanical parameters of a cold-worked aluminum alloy (3004) Using PALT, PADBT and HV
URI http://www.degruyter.com/doi/10.1515/jmbm-2021-0032
https://www.proquest.com/docview/2630543574
https://doaj.org/article/1dc296ce02d545ca998e5a9f1c0c57b2
Volume 30
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