Steel Forming and Heat Treating Handbook - Antonio Gorni On Line
Steel Forming and Heat Treating Handbook - Antonio Gorni On Line
Steel Forming and Heat Treating Handbook - Antonio Gorni On Line
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<strong>Gorni</strong><br />
Alloy Content: [weight %]<br />
<strong>Steel</strong> <strong>Forming</strong> <strong>and</strong> <strong>Heat</strong> <strong>Treating</strong> H<strong>and</strong>book<br />
2<br />
Observations:<br />
- Both formulas were proposed by ELDIS for low alloy steels with less than 0.6%C.<br />
Source: BARRALIS, J. & MAEDER, G. Métallurgie Tome I: Métallurgie Physique. Collection Scientifique ENSAM,<br />
1982, 270 p.<br />
. Grange<br />
Ae1 1333 25 Mn 40 Si 42 Cr 26 Ni<br />
Ae3 1570 323 C 25 Mn 80 Si 3 Cr 32 Ni<br />
Notation:<br />
Ae1: Lower Equilibrium Temperature Between Ferrite <strong>and</strong> Austenite [°F]<br />
Ae3: Upper Equilibrium Temperature Between Ferrite <strong>and</strong> Austenite [°F]<br />
Alloy Content: [weight %]<br />
Source: GRANGE, R.A. Estimating Critical Ranges in <strong>Heat</strong> Treatment of <strong>Steel</strong>s. Metal Progress, 70:4, April 1961, 73-75.<br />
. Hougardy<br />
Ac 739 22 C 7 Mn 2 Si 14 Cr 13 Mo 13 Ni<br />
1<br />
<br />
Ac 902 255 C 11<br />
Mn 19 Si 5 Cr 13 Mo 20 Ni 55V<br />
3<br />
<br />
Notation:<br />
Ac1: Lower Temperature of the Ferrite-Austenite Field During <strong>Heat</strong>ing [°C]
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