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10. Consider a Fe-0.50% C alloy that is cooled from austenite single phase region, 910°C. a) How much of ferrite forms at 500°C for Fe-0.50% C alloy? b) How much of pearlite forms at 500°C for Fe-0.50% C alloy? Compten 2.14 00 1000 oire 800 I00 re ea 00 Ce 1000 Cumptn O Tempetro

10. Consider a Fe-0.50% C alloy that is cooled from austenite single phase region, 910°C. a) How much of ferrite forms at 500°C for Fe-0.50% C alloy? b) How much of pearlite forms at 500°C for Fe-0.50% C alloy? Compten 2.14 00 1000 oire 800 I00 re ea 00 Ce 1000 Cumptn O Tempetro

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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10. Consider a Fe-0.50% C alloy that is cooled from austenite single phase region, 910°C. a) How much of ferrite forms at 500°C for Fe-0.50% C alloy? b) How much of pearlite forms at 500°C for Fe-0.50% C alloy? Cumpositen ta C 1538°C 1400 2500 1200 214 430 Atte 2000 1000 s00 00 600 Fente Cemete. 1000 400 6.70 Cumpetien its o Tempeture Temperature
Transcribed Image Text:10. Consider a Fe-0.50% C alloy that is cooled from austenite single phase region, 910°C. a) How much of ferrite forms at 500°C for Fe-0.50% C alloy? b) How much of pearlite forms at 500°C for Fe-0.50% C alloy? Cumpositen ta C 1538°C 1400 2500 1200 214 430 Atte 2000 1000 s00 00 600 Fente Cemete. 1000 400 6.70 Cumpetien its o Tempeture Temperature
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