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 M-s(sigma) temperature as a function of bainite isothermal transformation (BIT) temperature and time in two low alloy TRIP steels. A single-specimen temperature-variable tension test technique (SS-TV-TT) has been employed, which allowed to link the appearance of yield points in the stress-strain curve with the mechanically-induced martensitic transformation of the retained austenite. The results indicated that the M-s(sigma) temperature varies with BIT temperature and tim...
Multiphase TRIP steels are a relatively new class of steels exhibiting excellent combinations of str...
Low-alloy TRIP steels are a new class of steels with excellent combinations of strength and formabil...
In this work, we elucidate the effects of tempering on the microstructure and properties in a low ca...
In recent years the technology of low-alloy TRIP steels has considerably advanced. The mechanical pr...
Recent advances in the development of high performance steels presenting higher properties of streng...
Stabilization of retained austenite via bainitic transformation was studied in a triple-phase, ferri...
The influence of austenitising temperature on the tensile properties of low temperature bainitic ste...
The paper presents the effect of deformation temperature on the mechanical stability of retained aus...
The stability of the retained austenite has been studied in situ in low-alloyed transformation-induc...
Uniform ductility and formability of low alloy steels can be improved by the transformation plastici...
The effect of retained austenite stability on plastic deformation was investigated by stepwise tensi...
Thermal decomposition of retained austenite in TRIP steel was investigated by means of differential ...
The effect of retained austenite on the mechanical behavior of quenched and tempered steels depends ...
Thermal decomposition of retained austenite in TRIP steel was investigated by means of differential ...
Multiphase TRIP steels exhibit unique combinations of strength and cold formability, characteristics...
Multiphase TRIP steels are a relatively new class of steels exhibiting excellent combinations of str...
Low-alloy TRIP steels are a new class of steels with excellent combinations of strength and formabil...
In this work, we elucidate the effects of tempering on the microstructure and properties in a low ca...
In recent years the technology of low-alloy TRIP steels has considerably advanced. The mechanical pr...
Recent advances in the development of high performance steels presenting higher properties of streng...
Stabilization of retained austenite via bainitic transformation was studied in a triple-phase, ferri...
The influence of austenitising temperature on the tensile properties of low temperature bainitic ste...
The paper presents the effect of deformation temperature on the mechanical stability of retained aus...
The stability of the retained austenite has been studied in situ in low-alloyed transformation-induc...
Uniform ductility and formability of low alloy steels can be improved by the transformation plastici...
The effect of retained austenite stability on plastic deformation was investigated by stepwise tensi...
Thermal decomposition of retained austenite in TRIP steel was investigated by means of differential ...
The effect of retained austenite on the mechanical behavior of quenched and tempered steels depends ...
Thermal decomposition of retained austenite in TRIP steel was investigated by means of differential ...
Multiphase TRIP steels exhibit unique combinations of strength and cold formability, characteristics...
Multiphase TRIP steels are a relatively new class of steels exhibiting excellent combinations of str...
Low-alloy TRIP steels are a new class of steels with excellent combinations of strength and formabil...
In this work, we elucidate the effects of tempering on the microstructure and properties in a low ca...