Shell vessel foundation loadings calculation

Forces and moments in an axial symmetrical vertical shell vessel

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Attention!

This calculation is only a simplified estimation and does not replace a detailed design calculation.

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Shell vessel elements

Elements 1 — 5 Elements 6 — 10 Elements 11 — 15

Name Element 1 Element 2 Element 3 Element 4 Element 5 Unit Element type Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓   Shell wall thickness mm Outer diameter top mm Outer diameter bottom mm Top section coordinate mm Bottom section coordinate mm Bricks lining thickness mm Insulation thickness mm Medium yes no yes no yes no yes no yes no   Length distributed weight kg/m Wind coeffizient     Element 1 Element 2 Element 3 Element 4 Element 5   Name Element 6 Element 7 Element 8 Element 9 Element 10 Unit Element type Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓   Shell wall thickness mm Outer diameter top mm Outer diameter bottom mm Top section coordinate mm Bottom section coordinate mm Bricks lining thickness mm Insulation thickness mm Medium yes no yes no yes no yes no yes no   Length distributed weight kg/m Wind coeffizient     Element 6 Element 7 Element 8 Element 9 Element 10   Name Element 11 Element 12 Element 13 Element 14 Element 15 Unit Element type Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓ Cylinder Cone Sphere sph. Bottom ↑ sph. Bottom ↓ ell. Head ↑ ell. Head ↓ KB-Head ↑ KB-Head ↓ Kl.-Head ↑ Kl.-Head ↓   Shell wall thickness mm Outer diameter top mm Outer diameter bottom mm Top section coordinate mm Bottom section coordinate mm Bricks lining thickness mm Insulation thickness mm Medium yes no yes no yes no yes no yes no   Length distributed weight kg/m Wind coeffizient     Element 11 Element 12 Element 13 Element 14 Element 15

General data

Name	Value	Unit
Support position		mm
Shell material density		kg/m³
Bricks lining material density		kg/m³
Insulation material density		kg/m³ kg/m²
Medium density		kg/m³
Bricks lining type	porose solid
Gravity acceleration		m/s²
Earthquake acceleration		m/s²
Wind pressure		N/m²

Additional forces and moments	in the coordinate system of the vessel in the coordinate systems of the branches
Name

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