Qin Bo and H. K. D. H. Bhadeshia
Graduate Institute for Ferrous Technology, POSTECH, Republic of Korea
E-mail: zebraf@postech.ac.kr
Added to MAP: August 2007.
A program for the calculation of texture change due to twinning and true strain from twinning, as a function of twinning volume fraction, texture type and its intensity.
Language: FORTRAN | Source code, platform independent |
MAP_STEEL_TWIP contains the programs which enable the user to calculate the true strain from twinning and resulting texture change. The results are a function of stress state, number of operating twinning systems, texture type and the intensity of texture. Once uncompressed , MAP_STEEL_TWIP contains:
MAP_STEEL_TWIP_TEXTURE_AND_STRAIN.f
The source code for the calculation of true strain and texture of polycrystalline austenite.
MAP_STEEL_TWIP_STRAIN_INTENSITY.f
The source code for the calculation of true strain as a function of intensity of texture.
MAP_STEEL_TWIP_STRAIN_SINGLE_CRYSTAL.f
The source code for the calculation of orientation dependence of strain for austenite single crystal.
MAP_STEEL_TWIP_TEXTURE_AND_STRAIN.exe
MAP_STEEL_TWIP_STRAIN_INTENSITY.exe
MAP_STEEL_TWIP_STRAIN_SINGLE_CRYSTAL.exe
The executable programs, PC only.
READ_ME.txt
Files containing the instructions for running the program.
None.
MAP_STEEL_DIFFUS
MTDATA authorization for programming is required
mechanical twinning, twinning induced plasticity, crystallographic texture,TWIP
MAP originated from a joint project of the National Physical Laboratory and the University of Cambridge.