columbus · The Role of Sub-Structure in Phase Transformations

The Role of Sub-Structure in Phase Transformations

Title: The Role of Sub-Structure in Phase Transformations
Report Number: ASD-TDR-63-324 p. 477-497
Creator: Fisher, R. M.
Corporate Author: Edgar C. Bain Laboratory For Fundamental Research United States Steel Corporation
Laboratory: Directorate of Materials and Processes
Date: 1963
Date Issued: 1963-04
Extent: 21
Identifier: AD0406794
Format: 1 online resource
Abstract: Lattice defects, particularly dislocations, play important roles in the nucleation and propagation of phase transformations and so plastic deformation prior to or during transformation provides a possible means of controlling the kinetics and the resulting microstructure. The available experimental evidence and the present status of our understanding of these effects will be reviewed for transformations from austenite, formation of sigma phase and the development of anti-phase domain structures in ordered alloys.
Distribution Classification: 1
Distribution Conflict: No
DTIC Record Exists: No
Illinois Tech Related: No
Photo Quality: Complete
Report Availability: Full text available
Type: article
Is Part Of: Symposium on the Role of Substructure in the Mechanical Behavior of Metals

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Symposium on the Role of Substructure in the Mechanical Behavior of Metals