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Quantified Static Recovery Trend of Constricted Jogs of Aluminium Alloys During Annealing
- Source :
- Defence Science Journal. 71:822-825
- Publication Year :
- 2021
- Publisher :
- Defence Scientific Information and Documentation Centre, 2021.
-
Abstract
- The static recovery of dislocations in aluminium alloys is known to observe during re-heating and inter-annealing of aluminium alloys, so that the fully recrystallised and partially recrystallised grain structures are deliberated respectively for a judicious control on their final tempering of strength, ductility, toughness and crystallographic texture to eliminate the earing related problems. An elaborate physical based static recovery simulator is required to address the trend of dislocation recovery during the time of industrial annealing to evaluate the extent of discontinuously and continuously developed recrystallised aluminium alloys. New industrial annealing practices to develop an extensively wide range of aluminium alloys with the medium to low stacking fault energy range, suitable for their plenty of use in defence vehicles, inevitably demand quantified dislocation density, the decisive element of flow strength. The formulated static recovery rate of the constricted dislocation jogs increases with the stacking fault energy and increases with the industrial annealing temperature. The formulated static recovery of dislocations is found to be very precise and concentric to address the process and materials characteristics, so that it would be liable to define the minute change in the processing temperature, i.e. 50K.
- Subjects :
- Materials science
Mechanical Engineering
General Chemical Engineering
Metallurgy
Biomedical Engineering
General Physics and Astronomy
chemistry.chemical_element
Computer Science Applications
Annealing (glass)
chemistry
Aluminium
Stacking-fault energy
Earing
Tempering
Texture (crystalline)
Electrical and Electronic Engineering
Dislocation
Ductility
Subjects
Details
- ISSN :
- 0976464X and 0011748X
- Volume :
- 71
- Database :
- OpenAIRE
- Journal :
- Defence Science Journal
- Accession number :
- edsair.doi...........be2e3a120aed42cdfc590be4839a4c94