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Markov State Model-Molecular Dynamics (MSM-MD) Simulation (LAMMPS) of Nickel Superalloys Fatigue via HPC (Archie-WeST)

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jeffenhuang/MSM-MD

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MSM-MD

Author: Jianfeng Huang

SEBE, Glasgow Caledonian University, Unitied Kingdom, G40BA

2018 Nov

This repository is a Markov State Model integrated with Molecular Dynamics (MSM-MD) simulation codes which includes 1 shell scripts run on HPC (Archie-WeST), file extension .sh 2 LAMMPS codes for nickel superalloy fatigue microstates initiation, in..msm, *.alloy 3 python codes that automatically execute LAMMPS simulation programme, *.py 4 and Matlab codes for MSM simulation, *.m

The MD codes run on LAMMPS (LAMMPS 64-bit 20170127 and LAMMPS 64-bit 5 Nov 2016) which assosiated with the change of polycrystalline modelling of FCC structure, dislocation recogonition, and Peierls-Nabarro dislocation energy potential field which in repository:

https://github.com/jeffenhuang/lammps.git

The simulation content includes: (a), a parallel computing of nickel superalloys fatigue response microstates under a temperature of 893 K with NPT ensemble; (b), a serial computing, same as (a) does; (c), MSM simulation of fatigue process on matlab with the MD simulation result of the microstates.

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Markov State Model-Molecular Dynamics (MSM-MD) Simulation (LAMMPS) of Nickel Superalloys Fatigue via HPC (Archie-WeST)

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