v6.08.112 SSND112 — Network rotation and large deformations on a single crystal

Summary:

On a problem reduced to the material point, a traction is carried out on a monocrystal

Modeling A: this modeling makes it possible to validate the behavior MONOCRISTAL of type \(\mathrm{CFC}\) .in large deformations

B modeling: this modeling makes it possible to validate the behavior MONOCRISTAL of type \(\mathrm{CFC}\) .in small deformations taking into account the rotation of the crystal lattice

C modeling: this modeling uses behavior MONOCRISTAL type \(\mathrm{CFC}\) .in small deformations for qualitative comparison with models A and B.

D modeling: this modeling uses the behavior MONOCRISTAL type \(\mathit{CC}\) .in large deformations.

E modeling: this modeling makes it possible to validate behavior MONOCRISTAL type \(\mathrm{CFC}\) .in large deformations, in the same way as modeling A, but with behavior \(\text{CFC\_IRRA}\)

• 1. Reference problem
  • 1.1. Geometry
  • 1.2. Material properties
  • 1.3. Boundary conditions and loads
  • 1.4. Initial conditions
• 2. Benchmark solution
  • 2.1. Bibliographical references
• 3. Modeling A
  • 3.1. Characteristics of modeling
  • 3.2. Tested sizes and results
• 4. B modeling
  • 4.1. Characteristics of modeling
  • 4.2. Tested sizes and results
• 5. C modeling
  • 5.1. Characteristics of modeling
  • 5.2. Tested sizes and results
• 6. D modeling
  • 6.1. Characteristics of modeling
  • 6.2. Tested sizes and results
• 7. E modeling
  • 7.1. Characteristics of modeling
  • 7.2. Tested sizes and results
• 8. Summary of results