frodal / scmm-hypo Goto Github PK

Add a test consisting of a small polycrystal, e.g., 5x5x5 grains/elements with random texture and use multiple cores to run the simulation. Subject the polycrystal to uniaxial tension and extract the true stress vs. logarithmic strain curve.

• Create and add an Abaqus/Explicit input file for the simulation
• Create and add an Abaqus/Standard input file for the simulation
• Create and add a post-processing script
• Add reference data for comparison in the post-processing of the test
• Implement the test in the Test.py python script

When a local coordinate system (CSYS) is added in Abaqus/standard a corotational formulation will be used. Without a local coordinate system (CSYS) the fixed global coordinate system is used. Thus, with a local coordinate system (CSYS) the response predicted is wrong since the subroutine for Abaqus/Standard assumes a fixed global coordinate system. The subroutine should determine if a local CSYS is defined or not an take action accordingly so that the user falls in the pit of success.

Force the compiler to inline helper subroutines in Subs.f with the directive:

!DIR$ATTRIBUTES FORCEINLINE  :: routineName

Add some tests useful for validation of the subroutines both in Abaqus and Fortran

Add a test consisting of a single elements subjected to uniaxial tension and extract the true stress vs. logarithmic strain curve.

• Create and add an Abaqus/Explicit input file for the simulation
• Create and add an Abaqus/Standard input file for the simulation
• Create and add a post-processing script
• Add reference data for comparison in the post-processing of the test
• Implement the test in the Test.py python script

Update the SCMM-Hypo manual to v3.0.0