Static recrystallisation and recrystallisation during hot deformation of Al–1Mg–1Mn alloy

Authors: Castro-Fernández, F. R.; Sellars, C. M.

Source: Materials Science and Technology, Volume 4, Number 7, July 1988 , pp. 621-627(7)

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Abstract:

Plane strain compression tests at 5 s⁻¹ and at temperatures of 270–480°C have been carried out on an Al–1Mg–1Mn alloy containing a bimodal distribution of intermetallic particles and after a prior heat treatment to coarsen all particles to greater than 1 μm in size. During the heat treatment, recrystallisation of the initially hot worked material only proceeded with coarsening of the fine particles. During subsequent hot deformation, thin foil electron microscopy revealed that identical subgrain structures were developed in the two materials by dynamic recovery at temperatures below 450°C. At higher temperatures, the initially recrystallised material showed localised particle stimulated dynamic recrystallisation. The subsequent static recrystallisation rate was more than 10³ times faster in the material free from small particles.

MST/751

Document Type: Research Article

DOI: http://dx.doi.org/10.1179/026708388790336163

Publication date: 1988-07-01

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