3. Modeling A#

3.1. Characteristics of modeling#

The model consists of:

  • 1008 elements,

  • 675 knots,

of which:

  • 72 Q4G NTS elements,

  • 144 T3G elements,

  • 84 elements DSQ,

  • 84 elements DKQ,

  • 312 elements DST,

  • 312 DKT items.

The elements are squares whose length is equal to \(0.05m\).

Edges \(\mathrm{AB}\), \(\mathrm{BC}\), \(\mathrm{CD}\), and \(\mathrm{DA}\) are embedded.

The plate is subjected to a temperature gradient of \(100°C\) in thickness. This gradient is uniform across the plate.

3.2. Tested sizes and results#

\(\mathrm{Rx}\) = reaction according to \(\mathrm{Ox}\)

\(\mathrm{Ry}\) = reaction according to \(\mathrm{Oy}\)

Identification

Reference Type

Reference

Tolerance

\(\mathrm{N104}\) (on the \(\mathrm{AD}\) edge in the mesh part in DKT)

“ANALYTIQUE”

\(\mathit{DRx}\mathrm{=}71.4286\) \(\mathit{DRy}\mathrm{=}95.2381\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

\(\mathit{N260}\) (on the \(\mathrm{AD}\) edge in the mesh part in DSQ)

“ANALYTIQUE”

\(\mathit{DRx}\mathrm{=}71.4286\) \(\mathit{DRy}\mathrm{=}95.2381\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

\(\mathrm{N270}\) (on the \(\mathrm{AD}\) edge in the Q4G mesh part)

“ANALYTIQUE”

\(\mathit{DRx}\mathrm{=}71.4286\) \(\mathit{DRy}\mathrm{=}95.2381\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

\(\mathrm{N8}\) (on the \(\mathrm{AB}\) edge in the mesh part in DKT)

“ANALYTIQUE”

\(\mathit{DRx}\mathrm{=}95.2381\) \(\mathit{DRy}\mathrm{=}71.4286\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

\(\mathrm{N21}\) (on the \(\mathrm{AB}\) edge in the mesh part in DST)

“ANALYTIQUE”

\(\mathit{DRx}\mathrm{=}95.2381\) \(\mathit{DRy}\mathrm{=}71.4286\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

\(\mathrm{N102}\) (on the \(\mathrm{BC}\) edge in the mesh part in DST)

“ANALYTIQUE”

\(\mathit{DRx}\mathrm{=}71.4286\) \(\mathit{DRy}\mathrm{=}95.2381\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

\(\mathrm{N466}\) (on the \(\mathrm{BC}\) edge in the mesh part in DKQ)

“ANALYTIQUE”

\(\mathit{DRx}\mathrm{=}71.4286\) \(\mathit{DRy}\mathrm{=}95.2381\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

\(\mathit{N544}\) (on the \(\mathit{BC}\) edge in the T3G mesh part)

“ANALYTIQUE”

\(\mathit{DRx}\mathrm{=}71.4286\) \(\mathit{DRy}\mathrm{=}95.2381\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

\(\mathit{N477}\) (on the \(\mathit{CD}\) edge in the Q4G mesh part)

“ANALYTIQUE”

\(\mathrm{DRx}=71.4286\) \(\mathrm{DRy}=95.2381\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

\(\mathit{N666}\) (on the \(\mathit{CD}\) edge in the T3G mesh part)

“ANALYTIQUE”

\(\mathit{DRx}\mathrm{=}71.4286\) \(\mathrm{DRy}=95.2381\)

\(3.{10}^{\mathrm{-}5}\)

\(3.{10}^{\mathrm{-}5}\)

3.3. notes#

The nodes tested are roughly placed as follows:

_images/Shape2.gif