4. B modeling#

4.1. Characteristics of meshing and modeling#

Number of knots: 16

Number of SEG2: 12

Number of group of elements: 6

The beams are modelled with pou_d_e.

4.2. Tested sizes and results#

The quantities tested are the reactions to embedding and the displacement of the \(\mathit{ID}\) node.

Beam

Type of field

Component

Node

Reference Type

Values

Reference »

Tolerance

\(\mathrm{Pout01}\)

FORC_NODA

DY

\(\mathrm{N1}\)

“ANALYTIQUE”

-10000.0

0.1%

DZ

\(\mathrm{N1}\)

“ANALYTIQUE”

-1250.0

0.1%

\(\mathrm{Pout02}\)

FORC_NODA

DY

\(\mathrm{N2}\)

“ANALYTIQUE”

5000.0

0.1%

DZ

\(\mathrm{N2}\)

“ANALYTIQUE”

-2500.0

0.1%

\(\mathrm{Pout03}\)

FORC_NODA

DX

\(\mathrm{N3}\)

“ANALYTIQUE”

7071.0678

0.1%

DY

\(\mathrm{N3}\)

“ANALYTIQUE”

-7071.0678

0.1%

DZ

\(\mathrm{N3}\)

“ANALYTIQUE”

1250.0

0.1%

\(\mathrm{Pout04}\)

FORC_NODA

DX

\(\mathrm{N4}\)

“ANALYTIQUE”

7071.0678

0.1%

DY

\(\mathrm{N4}\)

“ANALYTIQUE”

-7071.0678

0.1%

DZ

\(\mathrm{N4}\)

“ANALYTIQUE”

-687.5

0.1%

DEPL

DZ

\(\mathrm{ID}\)

“ANALYTIQUE”

2.1875E-05

0.1%

4.3. notes#

This modeling makes it possible to validate DDL_POUTREde the AFFE_char_meca command with the keyword MAILLE/GROUP_MA, the beams \(\mathit{Pout01}\), \(\mathit{Pout02}\), \(\mathit{Pout03}\), \(\mathit{Pout04}\) have been extended by 1 m.

The location of application of boundary conditions and loads has not changed.