4. C modeling

The only difference compared to B modeling is the fact that we choose a C_ PLAN model and no longer D_ PLAN.

4.1. Tested sizes and results

For each lateral face of the structure (\(x=0\) and \(x=\mathrm{LX}\)), we test the movements of the nodes located just above and just below the level set.

4.1.1. Compression loading (pressure loading)

Identification	Reference
\(\mathrm{DX}\) for all nodes on the left surface located just below the interface	10-6
\(\mathrm{DX}\) for all nodes on the left surface located just above the interface	10-6
\(\mathrm{DX}\) for all nodes on the right surface located just below the interface	-10-6
\(\mathrm{DX}\) for all nodes on the right surface located just above the interface	-10-6

4.1.2. Compression loading/traction (pressure loading)

Identification	Reference
\(\mathrm{DX}\) for all nodes on the left surface located just below the interface	-10-6
\(\mathrm{DX}\) for all nodes on the left surface located just above the interface	10-6
\(\mathrm{DX}\) for all nodes on the right surface located just below the interface	10-6
\(\mathrm{DX}\) for all nodes on the right surface located just above the interface	-10-6

4.1.3. Compression loading (surface force loading)

Identification	Reference
\(\mathrm{DX}\) for all nodes on the left surface located just below the interface	10-6
\(\mathrm{DX}\) for all nodes on the left surface located just above the interface	10-6
\(\mathrm{DX}\) for all nodes on the right surface located just below the interface	-10-6
\(\mathrm{DX}\) for all nodes on the right surface located just above the interface	-10-6

4.1.4. Compression/tensile loading (surface force loading)

Identification	Reference
\(\mathrm{DX}\) for all nodes on the left surface located just below the interface	-10-6
\(\mathrm{DX}\) for all nodes on the left surface located just above the interface	10-6
\(\mathrm{DX}\) for all nodes on the right surface located just below the interface	10-6
\(\mathrm{DX}\) for all nodes on the right surface located just above the interface	-10-6

To test all the nodes at once, we test the minimum and the maximum of the column.