3. Modeling A#
3.1. Characteristics of modeling#
The modeling used in the test case is as follows:
2D elements AXIS (QUA8)
Figure 3.1-a: Geometry and mesh of the modeling used
Cutting: |
5 QUAD8 meshes along the \(x\) axis |
5 QUAD8 meshes along the \(y\) axis |
Knots:
\(A\): knit \(\mathit{M13}\) knot \(\mathit{N39}\)
\(B\): knit \(\mathit{M19}\) knot \(\mathit{N66}\)
\(C\): knit \(\mathit{M19}\) knot \(\mathit{N70}\)
3.2. Characteristics of the mesh#
Number of knots: 96
Number of meshes and types: 25 QUAD8, 20 SEG3.
3.3. Tested sizes and results#
Identification |
Size |
Reference |
t=30s M13 N39 |
|
1.0 |
t=30s M19 N66 |
|
315.0 |
t=120s M13 N39 |
|
0.0 |
t=120s M19 N66 |
|
1200.0 |
t=240s M13 N39 |
|
0.9999 |
t=240s M19 N70 |
|
20.0 |
\(\mathit{V1}\): proportion of the cold phase \(\alpha\)
\(\mathit{V2}\): proportion of the cold phase \(\alpha\), mixed with the phase \(\beta\)
\(\mathit{V3}\): temperatures at knots
\(\mathit{V4}\): time corresponding to the start or end temperature of transformation at equilibrium