Source code and data files for Discrete model for discontinuous dynamic recrystallisation in its application to post-dynamic recrystallisation inside adiabatic shear bands paper.
docker build . -t oubush/newddrx:latest
docker run -d -it --name ddrx -v ./results:/app/results oubush/newddrx:latest
docker exec -it ddrx bash
docker start ddrx
python /app/src/main.py --file n100-id1.tess --dir res --special n100-id1-spec-14-1.txt
neper -T -n 1000 -id 1 -dim 3 -statedge length -statface area -statpoly vol
neper -V n100-id1.tess -print img
test2D test2D1000 test3D test3D1000
- run-parallel.sh
- generate-html.py
Simulation can be run inside docker container
main.py - to run simulation simulation.py - class Simulation
Option pct_change_mode can be "var" (number of new seeds are varying) or "const" (number of new seeds are the same for all the simulation steps).
Total number of new seeds is set to 20 * initial number of grains. If "const", number of steps = total number of new seeds / number of new seeds on each step.
For transformations, see notebooks.
Discrete representation of n(t) equation from the paper assumes const temperature during small time interval, which determines the number of new seeds during this time interval.
In results/ names mean:
i.e. n10-id1-2-1-100-1-1
n10: number of grains id1: neper id parameter value 2: number of special GBs 1: variant of initial special GBs 100: number of steps 1: number of new seeds on each step (if const) 1: number of run (differents runs yields potentially different results)
For 2D 100 grains calculation time < 1 s, for 1000 grains approx. 20 min