FOLDER
3 pass 15s
FOLDER
4 passes
FOLDER
5s gleeble
FOLDER
r4 and r5 15 and 5
FOLDER
5pers
FOLDER
15 per sec 3 pass
DOCUMENT
Control 5s gleeble Specimen 1 Area 6 Montaged Data 4 Montaged Map Data.docx (1.92 MB)
DOCUMENT
Control high mag Specimen 1 Site 9 Map Data 10.docx (877.71 kB)
DOCUMENT
EBSD control.docx (1.21 MB)
DOCUMENT
R1 high mag Specimen 1 Site 20 Map Data 14.docx (861.33 kB)
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r1 high.docx (1.17 MB)
DOCUMENT
r1.docx (1.81 MB)
DOCUMENT
r2 1000 redid Specimen 1 Area 1 Montaged Data 1 Montaged Map Data.docx (979.9 kB)
DOCUMENT
R2 high mag riple point Specimen 1 Site 3 Map Data 3.docx (599.99 kB)
DOCUMENT
R2.docx (1.45 MB)
DOCUMENT
high mag run c r.docx (1.28 MB)
DOCUMENT
high mag run r2.docx (1.14 MB)
DOCUMENT
r2b.docx (1.02 MB)
DOCUMENT
reprocessed r1 high mag run.docx (1.5 MB)
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Effects of the hot working parameters on the evolution of the microstructures and texture in 436 FSS through lab-based thermomechanical uniaxial, and isothermal compression simulations
Microscopy, EBSD, and deformation files relevant to the current study for 3-pass, 6-pass schedules, high strain rates, and 4-pass schedules. In this study, the roughing rolling was simulated in such way to achieve a variation in the retained strain prior to the finishing rolling process with the intention of studying its effect on the recrystallisation process during the finishing rolling process.
History
Department/Unit
Materials Science and Metallurgical EngineeringSustainable Development Goals
- 9 Industry, Innovation and Infrastructure
