Happy to share this video abstract of my master's thesis work on "Creep modelling using Theta Projection Method through Abaqus user-subroutines". Sincere thanks to @RG & Gas Turbine Research Establishment (GTRE),DRDO, Bengaluru for all the motivation & guidance to have completed this project.
This video abstract has the workflow for creep life prediction using SIMULIA Abaqus through a subroutine written based on Theta Projection Method & constitutive equations developed by Prof. Evans. Hoping that this will be a useful contribution to the FEA & computational mechanics community.
Currently I am working on creep-fatigue life modelling using Theta Projection Method & combined kinematic-isotropic plasticity. Would love to have any contributors / collaborators interested in the same.
The Fortran codes for the creep subroutine & MATLAB scripts for material constant calculation has been added in the GitHub repository link:
https://lnkd.in/gcMiq8tY
P.S.: No turbine blades were harmed in making of this video.
