Read more…

Approach 2: Self-consistent method, considering isolated cell interacting with outer media

Read more…

Approach 1: Effective modules evaluation with RVE, composed of parts of neighboring grains

Polycrystalline media simulation on the base of two complementary approaches:
1. Effective modules evaluation with RVE
2. Self-consistent method (isolated cell)

About me

Read more…

Approach 2: Self-consistent method (isolated cell interacting with outer media)

Read more…

Approach 1: Effective modules evaluation with RVE, composed of parts of neighboring grains

SUMMARY

- Finite elements method - Voronoi tessellations - Grains–regular/irregular polygons and polyhedra - Slip/stress-relaxation interface contact lines/surfaces - Kinematic and static uniform boundary conditions (KUBC, SUBC) - Different RAE/RVE - Analytical and numerical (Python, Abaqus) solutions

SUMMARY

- Finite elements method - Voronoi tessellations - Grains–regular/irregular polygons and polyhedra - Slip/stress-relaxation interface contact lines/surfaces - Kinematic and static uniform boundary conditions (KUBC, SUBC) - Different RAE/RVE - Analytical and numerical (Python, Abaqus) solutions

Polycristalline media simulation

About me