4. B modeling#

4.1. Characteristics of modeling#

AXIS, T6 and Q8 meshes

_images/1000000000000A54000007A3575D2F99A1C856FE.png

Position of the points:

  • \(E,F\) halfway up

  • \(G,H,I\) at \({R}_{o}\) distance from the axis

Breakdown:

100 elements according to height

1 element in the thickness

The charge is broken down as follows:

  • load \(\mathrm{q1}\) varying linearly from 0 in \(D\) to \(10000N/m\) in \(C\): displacement field

    _images/Object_8.svg

  • load \(\mathrm{q2}\) varying linearly from \(10000N/m\) in \(D\) to 0 in \(C\): displacement field

    _images/Object_9.svg

The results are given separately for each field.

_images/Object_10.svg

and

_images/Object_11.svg

.

Node name:

Point \(A=\mathrm{N1}\)

Point \(C=\mathrm{N452}\)

Point \(E=\mathrm{N201}\)

Point

Point \(G=\mathrm{N51}\)

Point \(I=\mathrm{N503}\)

Point \(B=\mathrm{N101}\)

Point \(D=\mathrm{N504}\)

Point \(F=\mathrm{N203}\)

Point \(H=\mathrm{N202}\)

4.2. Characteristics of the mesh#

Number of knots: 557

Number of meshes and types: 50 QUAD8, 100 TRIA6, 204 SEG3

4.3. Tested values#

Fields

Location

Value type

Reference
_images/Object_12.svg
Point

\(G(\mathrm{N51})\)

Point \(H(\mathrm{N202})\) Point Point \(I(\mathrm{N503})\)

\({u}_{r}(m)\)

—3,583. 10—7

—3,583. 10—7 —1,012. 10—6
Point

\(C(\mathrm{N452})\)

Point \(D(\mathrm{N504})\) Point Point \(I(\mathrm{N503})\)

\({u}_{x}(m)\)

4.896. 10—6

4.658. 10—6 4.777. 10—6
_images/Object_13.svg
Point

\(G\)

Point \(H\) Point Point \(I\)

\({u}_{r}(m)\)

—3,559. 10—7

—3,559. 10—7 2,973. 10—7 —3,559. 10—7
Point

\(C(\mathrm{N452})\)

Point \(D(\mathrm{N504})\) Point Point \(I(\mathrm{N503})\)

4.627. 10—6

4.865. 10—6 4.746. 10—6 4.865. 10—6