12. Modeling results E#
12.1. Tested values#
Node |
Size |
Reference |
\(B\) |
|
2.0833 10—3 |
\(v\) |
||
\(w\) |
—2.0833 10—3 |
|
\({\sigma }_{\mathit{zz}}\) |
—1. |
|
\(E\) |
|
0.25 |
\(v\) |
||
\(w\) |
0.25 |
|
\({\sigma }_{\mathit{zz}}\) |
||
\(F\) |
|
0.250521 |
\(v\) |
—0.04166 |
|
\(w\) |
0.249479 |
|
\({\sigma }_{\mathit{zz}}\) |
—0.5 |
|
\(G\) |
|
0.252083 |
\(v\) |
—0.083333 |
|
\(w\) |
0.247917 |
|
\({\sigma }_{\mathit{zz}}\) |
—1. |
12.2. notes#
The precision on the movements is less than 3%, that on the constraints is less than 2%.
In this example, TRIA3 converge much less quickly than QUAD4 to the exact solution.