25. W modeling

25.1. Characteristics of modeling

Isotropic multilayer plate (5 layers in thickness). T3G triangular shell element.

The plate model associated with modeling \(K\) is rotated 20 degrees according to the alpha nautical angle and 30 degrees according to beta. The cell numbering is the same as in modeling \(K\).

Boundary conditions:

DDL_IMPO

(GROUP_NO: AB, DX: 0. , DZ: 0. , DRY :0.)

(GROUP_NO: BC, DY: 0. , DZ: 0. , DRX :0.)

(GROUP_NO: CD, DX: 0. , DZ: 0. , DRY :0.)

(GROUP_NO: DA, DY: 0. , DZ: 0. , DRX :0.)

(GROUP_NO: O, DX: 0. , BY: 0. , DRX :0. , DRY :0. , DRZ :0.)

FORCE_ARETE

(GROUP_NO: AB MY:0.)

(GROUP_NO: BC MX:0.)

(GROUP_NO: CDMY:0.)

(GROUP_NO: BY MAX:0.)

25.2. Characteristics of the mesh

Number of knots: 170

Number of meshes and type: 288 TRIA3

25.3. Tested sizes and results

	Identification
Point \(O\) \(\mathit{M134}\)
Layer 1	\({\sigma }_{\mathit{xx}}\), \({\sigma }_{\mathit{yy}}\),,,, \({\sigma }_{\mathit{xy}}\),,, \({\sigma }_{\mathit{xz}}\), \({\sigma }_{\mathit{yz}}\) on the bottom sheet
Layer 3	\({\sigma }_{\mathit{xx}}\), \({\sigma }_{\mathit{yy}}\),,,, \({\sigma }_{\mathit{xy}}\),,, \({\sigma }_{\mathit{xz}}\), \({\sigma }_{\mathit{yz}}\) on middle sheet
Layer 5	\({\sigma }_{\mathit{xx}}\), \({\sigma }_{\mathit{yy}}\),,,, \({\sigma }_{\mathit{xy}}\),,, \({\sigma }_{\mathit{xz}}\), \({\sigma }_{\mathit{yz}}\) on top sheet
Displacement	\(\mathit{DZ}\)
Point \(\mathit{B1}\) \(\mathit{M122}\)
Layer 1	\({\sigma }_{\mathit{xx}}\), \({\sigma }_{\mathit{yy}}\),,,, \({\sigma }_{\mathit{xy}}\),,, \({\sigma }_{\mathit{xz}}\), \({\sigma }_{\mathit{yz}}\) on the bottom sheet
Layer 3	\({\sigma }_{\mathit{xx}}\), \({\sigma }_{\mathit{yy}}\),,,, \({\sigma }_{\mathit{xy}}\),,, \({\sigma }_{\mathit{xz}}\), \({\sigma }_{\mathit{yz}}\) on middle sheet
Layer 5	\({\sigma }_{\mathit{xx}}\), \({\sigma }_{\mathit{yy}}\),,,, \({\sigma }_{\mathit{xy}}\),,, \({\sigma }_{\mathit{xz}}\), \({\sigma }_{\mathit{yz}}\) on top sheet