8. F modeling#

8.1. Characteristics of modeling#

3D modeling elements 3D_ DIAG

8.2. Characteristics of the mesh#

Number of knots: 2356.

Number of meshes and types: 2434 meshes including 400 HEXA8, 800 PENTA6, 600 PYRAM5 and 634 TETRA4.

The mesh includes 4 hexahedra VHE8, VPE6, VPY5, and VTE4 meshed respectively with elements HEXA8, PENTA6, PYRAM5, and TETRA4.

_images/10005DA200001D4A00001B386C5D98B8B2551A5A.svg

Name of GROUP_MA

Item type

Next discretization: X Y Z

VHE8

HEXA8

20

20

1

VPE6

PENTA6

20

20

1

VPY5

PYRAM5

10

10

1

VTE4

TETRA4

10

10

1

Name of GROUP_MA

Item type

Next discretization: X Y Z

VHE8

HEXA8

20

20

1

VPE6

PENTA6

20

20

1

VPY5

PYRAM5

10

10

1

VTE4

TETRA4

10

10

1

The nodes used for post-processing are:

Node name

Coordinates

Node number

Node number

Name of a mesh containing this node

Type of mesh

\(\mathit{D1}\)

\((2.5;2.5;1.0)\)

\(\mathit{N440}\)

\(\mathit{M400}\)

HEXA8

\(\mathit{D2}\)

\((5.0;2.5;1.0)\)

\(\mathit{N1322}\)

\(\mathit{M1200}\)

PENTA6

\(\mathit{D3}\)

\((7.5;2.5;1.0)\)

\(\mathit{N11453}\)

\(\mathit{M4034}\)

PENTA15

\(\mathit{D4}\)

\((2.5;5.0;1.0)\)

\(\mathit{N1995}\)

\(\mathit{M1795}\)

PYRAM5

The entire mesh is affected by 3D thermal modeling_ DIAG.

8.3. Tested results and sizes#

  • With a linear temperature field (constant flow):

Location

Size

Reference

Aster

% difference

Mesh

Knot or \(\mathit{PG}\)

Bow \(\mathit{D1}\)

\(T\)

16.5

16.5

0%

\(\mathit{M400}\) (HEXA8)

Bow \(\mathit{D1}\)

\({\Phi }_{x}\) (\(\mathit{ELNO}\))

-2.0

-2.0

0%

\(\mathit{M400}\) (HEXA8)

Bow \(\mathit{D1}\)

\({\Phi }_{y}\) (\(\mathit{ELNO}\))

-3.0

-3.0

0%

\(\mathit{M400}\) (HEXA8)

Bow \(\mathit{D1}\)

\({\Phi }_{z}\) (\(\mathit{ELNO}\))

-4.0

-4.0

0%

\(\mathit{M400}\) (HEXA8)

Point 1

\({\Phi }_{x}\) (\(\mathit{ELGA}\))

-2.0

-2.0

0%

Bow \(\mathit{D2}\)

\(T\)

21.5

21.5

0%

\(\mathit{M1200}\) (PENTA6)

Bow \(\mathit{D2}\)

\({\Phi }_{x}\) (\(\mathit{ELNO}\))

-2.0

-2.0

0%

\(\mathit{M1200}\) (PENTA6)

Bow \(\mathit{D2}\)

\({\Phi }_{y}\) (\(\mathit{ELNO}\))

-3.0

-3.0

0%

\(\mathit{M1200}\) (PENTA6)

Bow \(\mathit{D2}\)

\({\Phi }_{z}\) (\(\mathit{ELNO}\))

-4.0

-4.0

0%

\(\mathit{M1200}\) (PENTA6)

Point 1

\({\Phi }_{x}\) (\(\mathit{ELGA}\))

-2.0

-2.0

0%

Bow \(\mathit{D3}\)

\(T\)

24.0

24.0

0%

\(\mathit{M1795}\) (PYRAM5)

Bow \(\mathit{D3}\)

\({\Phi }_{x}\) (\(\mathit{ELNO}\))

-2.0

-2.0

0%

\(\mathit{M1795}\) (PYRAM5)

Bow \(\mathit{D3}\)

\({\Phi }_{y}\) (\(\mathit{ELNO}\))

-3.0

-3.0

0%

\(\mathit{M1795}\) (PYRAM5)

Bow \(\mathit{D3}\)

\({\Phi }_{z}\) (\(\mathit{ELNO}\))

-4.0

-4.0

0%

\(\mathit{M1795}\) (PYRAM5)

Point 1

\({\Phi }_{x}\) (\(\mathit{ELGA}\))

-2.0

-2.0

0%

Bow \(\mathit{D4}\)

\(T\)

29.0

29.0

0%

\(\mathit{M1838}\) (TETRA4)

Bow \(\mathit{D4}\)

\({\Phi }_{x}\) (\(\mathit{ELNO}\))

-2.0

-2.0

0%

\(\mathit{M1838}\) (TETRA4)

Bow \(\mathit{D4}\)

\({\Phi }_{y}\) (\(\mathit{ELNO}\))

-3.0

-3.0

0%

\(\mathit{M1838}\) (TETRA4)

Bow \(\mathit{D4}\)

\({\Phi }_{z}\) (\(\mathit{ELNO}\))

-4.0

-4.0

0%

\(\mathit{M1838}\) (TETRA4)

Point 1

\({\Phi }_{x}\) (\(\mathit{ELGA}\))

-2.0

-2.0

0%

  • With a quadratic temperature field (linear flow):

Location

Size

Reference

Aster

% difference

Mesh

Knot or \(\mathit{PG}\)

Bow \(\mathit{D1}\)

\(T\)

35.25

35.25

0%

\(\mathit{M400}\) (HEXA8)

Bow \(\mathit{D1}\)

\({\Phi }_{x}\) (\(\mathit{ELNO}\))

-10.0

-9.8

-2%

\(\mathit{M400}\) (HEXA8)

Bow \(\mathit{D1}\)

\({\Phi }_{y}\) (\(\mathit{ELNO}\))

-15.0

-14.7

-2%

\(\mathit{M400}\) (HEXA8)

Bow \(\mathit{D1}\)

\({\Phi }_{z}\) (\(\mathit{ELNO}\))

-8.0

-8.4

5%

Bow \(\mathit{D2}\)

\(T\)

72.75

72.75

0%

\(\mathit{M1200}\) (PENTA6)

Bow \(\mathit{D2}\)

\({\Phi }_{x}\) (\(\mathit{ELNO}\))

-20.0

-19.8

-1%

\(\mathit{M1200}\) (PENTA6)

Bow \(\mathit{D2}\)

\({\Phi }_{y}\) (\(\mathit{ELNO}\))

-15.0

-14.7

-2%

\(\mathit{M1200}\) (PENTA6)

Bow \(\mathit{D2}\)

\({\Phi }_{z}\) (\(\mathit{ELNO}\))

-8.0

-8.4

5%

Bow \(\mathit{D3}\)

\(T\)

91.50

91.50

0%

\(\mathit{M1795}\) (PYRAM5)

Bow \(\mathit{D3}\)

\({\Phi }_{x}\) (\(\mathit{ELNO}\))

-10.0

-9.6

-4%

\(\mathit{M1795}\) (PYRAM5)

Bow \(\mathit{D3}\)

\({\Phi }_{y}\) (\(\mathit{ELNO}\))

-30.0

-29.4

-2%

\(\mathit{M1795}\) (PYRAM5)

Bow \(\mathit{D3}\)

\({\Phi }_{z}\) (\(\mathit{ELNO}\))

-8.0

-7.2

-10%

Bow \(\mathit{D4}\)

\(T\)

129.00

129.00

0%

\(\mathit{M1838}\) (TETRA4)

Bow \(\mathit{D4}\)

\({\Phi }_{x}\) (\(\mathit{ELNO}\))

-20.0

-19.6

-2%

\(\mathit{M1838}\) (TETRA4)

Bow \(\mathit{D4}\)

\({\Phi }_{y}\) (\(\mathit{ELNO}\))

-30.0

-29.4

-2%

\(\mathit{M1838}\) (TETRA4)

Bow \(\mathit{D4}\)

\({\Phi }_{z}\) (\(\mathit{ELNO}\))

-8.0

-8.4

5%