Materials Algorithms Project
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Materials Algorithms Project |
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H. K. D. H. Bhadeshia
University of Cambridge and Queen Mary University of London
U. K.
E-mail: hkdb@cam.ac.uk, h.bhadeshia@qmul.ac.uk
Added to MAP: JANUARY 2024.
This program allows the growth of austenite nucleated within pearlite to consume both the cementite and ferrite lamellae. An austenite allotriomorph at the cementite/ferrite interface thickens in both (opposite) directions, isothermally and under carbon diffusion-control. The method is published in "Pearlite in Steels, H. K. D. H. Bhadeshia, 2024, the relevant page of which is included in the download files. The steel is Fe-0.76C wt% and transformed isothermally at 750 centigrade. The interlamellar spacing within the pearlite before heating is set at 0.4 micrometres.
Language: FORTRAN
Product form: Terminal interface
Platform: compiled program for Apple Macintosh, but the source code can in principle be compiled for any operating system.
The source code is written in FORTRAN. It is self-contained and complete.
All the parameters are in the program. Interlamellar spacing, isothermal temperature, equilibrium concentrations in mole fractions.
None.
None.
steel, pearlite, austenite, austenite growth, kinetics.
Download source code in FORTRAN, and compiled file for Apple Macintosh (2024).
MAP originated from a joint project of the National Physical Laboratory and the University of Cambridge.
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