1999
DOI: 10.1002/srin.199905668
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Experimental determination of the stability of retained austenite in low alloy TRIP steels

Abstract: The stability of retained austenite is the most important parameter controlling the transformation plasticity effects in multiphase low alloy TRIP steels. In this work the thermodynamic stability of the retained austenite has been determined experimentally by measuring the !Iff temperature as a function of bainite isothermal transformation (BIT) temperature and time in two low alloy TRIP steels. A singlespecimen temperature-variable tension test technique (SS-TV-TT) has been employed. which allowed to link the… Show more

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Cited by 41 publications
(24 citation statements)
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“…The Ms temperatures were reported to be in the range of Ϫ5 °C to 20 °C for the CMnSi and CMnAl TRIP steels [64] and from Ϫ10 °C to Ϫ5 °C for other CMnSi TRIP steels. [48] These results clearly show that the alloying elements do not have a pronounced influence on the Ms temperature.…”
Section: B Ms Temperature Determinationmentioning
confidence: 72%
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“…The Ms temperatures were reported to be in the range of Ϫ5 °C to 20 °C for the CMnSi and CMnAl TRIP steels [64] and from Ϫ10 °C to Ϫ5 °C for other CMnSi TRIP steels. [48] These results clearly show that the alloying elements do not have a pronounced influence on the Ms temperature.…”
Section: B Ms Temperature Determinationmentioning
confidence: 72%
“…Static tensile tests were carried out to determine the Ms temperature by means of the single-specimen, variable-temperature tension test (SS-TV-TT) technique. [48] In the SS-TV-TT technique, the Ms temperature is determined by the transition between smooth yielding to discontinuous yielding as the test temperature is decreased from 50 °C to Ϫ25°C. The microstructure was investigated by light optical microscopy (LOM) after a LePera etching [49] and by transmission electron microscopy (TEM).…”
Section: Methodsmentioning
confidence: 99%
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“…Όπως μπορεί να φανεί στα διαγράμματα, το συνολικό κλάσμα όγκου του σχηματιζόμενου στο σύστημα ωστενίτη μεταβάλλεται με το χρόνο παραμονής, ακολουθώντας μία συνάρτηση της μορφής: βαθμό, από το ποσοστό και τη σταθερότητα του παραγόμενου ωστενίτη [88][89][90]. Η επίδραση της ταχύτητας της συνεχούς ανοπτήσεως στο ποσοστό και τη σύσταση του παραγόμενου ωστενίτη θα μπορούσαν να διερευνηθούν, με τη χρήση των μοντέλων κινητικής που παρουσιάστηκαν στη παρούσα διατριβή.…”
Section: μοντέλο προσομοίωσης της διαλυτοποίησης προευτηκτοειδούς φερunclassified
“…A reversal in the temperature dependence of the flow stress provides a convenient determination of the M σ s temperature. Actually this technique has been used successfully for the determination of the M σ s temperature in steels containing austenitic dispersions, either as retained austenite in martensitic steels [2], or more recently for retained austenite in low-alloy TRIP steels [3]. Having defined the M σ s temperature as the single parameter characterizing stability, the model objective is to develop an expression for the M σ s as a function of the four stability parameters defined previously.…”
Section: Austenite Stabilizationmentioning
confidence: 99%