Quenching and partitioning processing of transformable ferritic stainless steels
J Mola, BC De Cooman - Scripta Materialia, 2011 - Elsevier
J Mola, BC De Cooman
Scripta Materialia, 2011•ElsevierAustenite was stabilized at room temperature in a low-interstitial 16% Cr transformable
ferritic stainless steel by quenching from the intercritical annealing temperature to below the
martensite start temperature of the intercritical austenite prior to the partitioning of interstitials
C and N to the austenite at or above the quenching temperature. Partitioning temperatures
as high as 500° C were associated with austenite enrichment, indicating the suitability of
quenching and partitioning processing for stainless steels.
ferritic stainless steel by quenching from the intercritical annealing temperature to below the
martensite start temperature of the intercritical austenite prior to the partitioning of interstitials
C and N to the austenite at or above the quenching temperature. Partitioning temperatures
as high as 500° C were associated with austenite enrichment, indicating the suitability of
quenching and partitioning processing for stainless steels.
Austenite was stabilized at room temperature in a low-interstitial 16%Cr transformable ferritic stainless steel by quenching from the intercritical annealing temperature to below the martensite start temperature of the intercritical austenite prior to the partitioning of interstitials C and N to the austenite at or above the quenching temperature. Partitioning temperatures as high as 500°C were associated with austenite enrichment, indicating the suitability of quenching and partitioning processing for stainless steels.
Elsevier
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