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Thermal Stabilization of Austenite in Iron-nickel-carbon Alloys by K.R Kinsman; J.G Shyne is a Engineering article available to read on EtoBox.

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Thermal stabilization of the athermal au&mite + martens& transformation in Fe-31.6% Ni-0.01% C, Fe-27% Ni-0.35% C, and Fe-12% Ni-1% C was evaluated esperimentelly in the isothermal 8ging temper8ture r8nge O"-200% The chamcter of therm81 stabilization of austenite w8a found to change distinctly within this r8nge of 8ging temperetures. At low aging temperatures the stabilizstion phenomenon behaved in 8 manner consistent with 8 mechanism based on pinning of the interf8ce of the mrsrtensite nucleus by 8 cerbon atmosphere formed during aging. At higher temperatures, the positive temper8ture dependence of therm81 sta;biliration, the irreversibility of the phenomenon, snd the in~nsitivity of the effect to carbon content indicate that some other mechanism is responsible for therm81 s~bil~8tion. STABILISATION THERMIQUE DE L'AUSTENITE DANS LES ALLIAGES PER-NICKEL-CARBONE On Bvalue esp&imentalement, dans 1% domaine de tempbratures de vieillissement isotherme O"-2OO"C, la stabilisation par 18 temp&rature de 18 transformation athermique aust&ite -+ mctrtensite dans F-31, 5%Ni-O,Ol%C, Fe-27%Ni-0,35%C, et Fe-12%Ni-l%C. Le carectbre de 18 stabilisation thermique de l'aust8nite change distinctement

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Author

K.R Kinsman; J.G Shyne

Publisher

Elsevier Science; Elsevier ; University of Toronto Press; Elsevier BV (ISSN 0001-6160)

Published

1967

Language

EN

Field

Engineering (Physical Sciences)