MAP originated from a joint project of the National Physical Laboratory and the University of Cambridge.
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L Sree Harsha and H.K.D.H. Bhadeshia,
Phase Transformations Group,
Department of Materials Science and Metallurgy,
University of Cambridge,
Cambridge, U.K.
Provides dilatometric data on the austenite transformation of 2.25Cr- 1.52 W wt% (HCM2S) steel at different cooling rates between 1100 oC and 300 oC.
The chemical composition of the steel, known as HCM2S, is
Fe-0.05C-0.28Si-0.42Mn-0.004S-0.024P-
0.07Ni-2.01Cr-0.17Mo-0.012Co-0.03Cu-0.27V-1.52W-0.0034B-0.038Nb wt%
dil_1.dat contains dilatometric data obtained during continuous cooling of HCM2S steel at 2 oC s-1.
dil_2.dat contains dilatometric data obtained during continuous cooling of HCM2S steel at 5 oC s-1.
dil_3.dat contains dilatometric data obtained during continuous cooling of HCM2S steel at 10 oC s-1.
dil_4.dat contains dilatometric data obtained during continuous cooling of HCM2S steel at 18 oC s-1.
dil_5.dat contains dilatometric data obtained during continuous cooling of HCM2S steel at 32 oC s-1.
dil_6.dat contains dilatometric data obtained during continuous cooling of HCM2S steel at 77 oC s-1.
dil_7.dat contains dilatometric data obtained during continuous cooling of HCM2S steel at 87.2 oC s-1.
dil_8.dat contains dilatometric data obtained during continuous cooling of HCM2S steel at 88.4 oC s-1.
dil_9.dat contains dilatometric data obtained during continuous cooling of HCM2S steel at 91 oC s-1.
None.
materials, data, dilatation, dilatometric data, austenite, transformation, steel, cooling, cooling rate
MAP originated from a joint project of the National Physical Laboratory and the University of Cambridge.
MAP Website administration / map@msm.cam.ac.uk