Differential scanning calorimetry as a powerful tool for investigation of solid-phase transformations in heating, isothermal annealing and cooling
Differential scanning calorimetry as a powerful tool for investigation of solid-phase transformations in heating, isothermal annealing and cooling
Solid-solid phase transformations play an important role for the adjustment of machining- and application-properties of metallic materials. During recent years, we developed advanced techniques to analyze solid-solid phase transformation by DSC in a very wide dynamic range. This talk will introduce these techniques, using reactions in aluminium alloys as examples. To achieve the required high dynamic range during cooling we combine three different indirect and direct measuring techniques and five types of DSC devices. Nowadays physically-based models verified with our DSC results moreover allow to predict precipitation volume fractions, solute mass fractions. Latest results on property predictions as function of cooling rate will be presented.
9780692437360
697-698
Milkereit, B.
2b55bc26-041b-4e10-bd14-cc7b4519e72e
Starink, M.J.
fe61a323-4e0c-49c7-91f0-4450e1ec1e51
Keßler, O
a67ea273-1629-4d9c-aaa8-3287f8d26e38
Schick, C
e1a9c560-a6a8-4836-b636-819a17746f5c
2015
Milkereit, B.
2b55bc26-041b-4e10-bd14-cc7b4519e72e
Starink, M.J.
fe61a323-4e0c-49c7-91f0-4450e1ec1e51
Keßler, O
a67ea273-1629-4d9c-aaa8-3287f8d26e38
Schick, C
e1a9c560-a6a8-4836-b636-819a17746f5c
Milkereit, B., Starink, M.J., Keßler, O and Schick, C
(2015)
Differential scanning calorimetry as a powerful tool for investigation of solid-phase transformations in heating, isothermal annealing and cooling.
PTM 2015, Whistler, Canada.
27 Jun - 02 Jul 2015.
.
Record type:
Conference or Workshop Item
(Other)
Abstract
Solid-solid phase transformations play an important role for the adjustment of machining- and application-properties of metallic materials. During recent years, we developed advanced techniques to analyze solid-solid phase transformation by DSC in a very wide dynamic range. This talk will introduce these techniques, using reactions in aluminium alloys as examples. To achieve the required high dynamic range during cooling we combine three different indirect and direct measuring techniques and five types of DSC devices. Nowadays physically-based models verified with our DSC results moreover allow to predict precipitation volume fractions, solute mass fractions. Latest results on property predictions as function of cooling rate will be presented.
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Published date: 2015
Venue - Dates:
PTM 2015, Whistler, Canada, 2015-06-27 - 2015-07-02
Organisations:
Engineering Mats & Surface Engineerg Gp
Identifiers
Local EPrints ID: 376701
URI: http://eprints.soton.ac.uk/id/eprint/376701
ISBN: 9780692437360
PURE UUID: 8355b617-3dba-4f05-b98f-7d7fe14c6608
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Date deposited: 06 May 2015 14:36
Last modified: 08 Jan 2022 12:23
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Contributors
Author:
B. Milkereit
Author:
O Keßler
Author:
C Schick
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