A study of the austenite grain growth of an ASTM A213 T91 steel held at 1050 C for increasing times is presented. The prior a ustenite grain size distribution PAGSD at various holding times was determined using scanning electron microscopy. Taking into account the critical role played by MX precipitates M metal, X C and or N on grain growth, transmission electron microscopy on replicas was used to characterize the carbides or carbonitrides present during holding in austenite; thus, the particle size distribution and chemical composition of these precipitates were determined for each austenite holding time. Results indicate a change in the chemical identity of the MX precipita...
Grain size in the steels is a relevant aspect in quenching and tempering heat treatments. It is know...
The role of Microalloying Element (MAE) additions to high strength low-allow (HSLA) steels has been ...
This work investigates grain growth behaviour under the influence of pinning carbonitrides in a niob...
A study of the austenite grain growth of an ASTM A213 T91 steel held at 1050 C for i...
<p></p><p>ABSTRACT Quenched and tempered 9%Cr grade 91 steels (9Cr1MoNbVN) display a lath martensiti...
Austenite grain growth kinetics have been studied in a Ti-Nb microalloyed low carbon steel in the t...
During this study, the correlation between the evolution of the prior austenitic grain size and of t...
During this study, the correlation between the evolution of the prior austenitic grain size and of t...
The austenite grain growth behavior of Ti-bearing and Ti-free steel was investigated using confocal ...
The present study investigates the morphological evolution of carbonitrides and the effect of these ...
International audienceAbnormal grain growth (AGG) in austenitic state is studied in low alloy steel ...
An investigation of austenite grain growth of two bearing steel grades; 100Cr6 and100CrMnMoSi8-4-6 i...
Abstract. Grain growth is a thermally activated process in which the average grain size increases as...
The relationships between initial microstructures, process parameters, and grain evolutions in isoth...
To study the effects of various types of precipitates and precipitate evolution behavior on austenit...
Grain size in the steels is a relevant aspect in quenching and tempering heat treatments. It is know...
The role of Microalloying Element (MAE) additions to high strength low-allow (HSLA) steels has been ...
This work investigates grain growth behaviour under the influence of pinning carbonitrides in a niob...
A study of the austenite grain growth of an ASTM A213 T91 steel held at 1050 C for i...
<p></p><p>ABSTRACT Quenched and tempered 9%Cr grade 91 steels (9Cr1MoNbVN) display a lath martensiti...
Austenite grain growth kinetics have been studied in a Ti-Nb microalloyed low carbon steel in the t...
During this study, the correlation between the evolution of the prior austenitic grain size and of t...
During this study, the correlation between the evolution of the prior austenitic grain size and of t...
The austenite grain growth behavior of Ti-bearing and Ti-free steel was investigated using confocal ...
The present study investigates the morphological evolution of carbonitrides and the effect of these ...
International audienceAbnormal grain growth (AGG) in austenitic state is studied in low alloy steel ...
An investigation of austenite grain growth of two bearing steel grades; 100Cr6 and100CrMnMoSi8-4-6 i...
Abstract. Grain growth is a thermally activated process in which the average grain size increases as...
The relationships between initial microstructures, process parameters, and grain evolutions in isoth...
To study the effects of various types of precipitates and precipitate evolution behavior on austenit...
Grain size in the steels is a relevant aspect in quenching and tempering heat treatments. It is know...
The role of Microalloying Element (MAE) additions to high strength low-allow (HSLA) steels has been ...
This work investigates grain growth behaviour under the influence of pinning carbonitrides in a niob...