Title: Comparison of TRIP steel microstructures after thermo-mechanical treatment with isothermal and anisothermal deformation steps
Other Titles: Porovnání mikrostruktury TRIP ocelí s izotermálními anizotermálními deformačními kroky po tepelně-mechanickém zpracování
Authors: Skálová, Ludmila
Staňková, Hana
Jandová, Dagmar
Mašek, Bohuslav
Citation: Acta Metallurgica Slovaca 13, Vol.1, 2007, s. 208-213, ISSN 1335-1532.
Issue Date: 2007
Publisher: Technická univerzita v Košisích
Document type: článek
article
Description: 6 s.
URI: http://fortech.zcu.cz/publications/2007/Metalografie-Skalova.pdf
http://hdl.handle.net/11025/22391
ISSN: 1335-1532
Keywords: TRIP ocel;niobium;tepelně-mechanické zpracování;konfokální laserové skenování;TRIP steel;niobium;thermo-mechanical treatment;confocal laser scanning
Abstract: The processing strategy of thin-walled hollow parts was verified in this work by physical-material modelling using C-Mn-Si transformation induced plasticity (TRIP) steel microalloyed with Niobium. The specimens were processed by a thermo-mechanical simulator to simulate real processing conditions. Different processing methods were applied to the specimens during subsequent cooling. The influence of intensive forming which was carried out during a continual decrease of temperature was compared with the influence of deformation steps applied at chosen temperatures during cooling. The effect of deformation parameters on ferrite development, grain refinement and phase distribution was investigated. Resulting microstructures were characterized with the use of light optical microscopy, transmission electron microscopy of extraction carbon replicas and a new method of confocal laser scanning microscopy.
Rights: © Technická univerzita v Košicích
Appears in Collections:2007

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