6. F modeling#

6.1. Characteristics of modeling#

Shell element DST (quarter plate modeling)

_images/1000C2CA0000136E00001231D53ED434B1D7F5C7.svg

Boundary conditions:

DDL_IMPO

at all the nodes of the arc ABC

(GROUP_NO = “ABC”, DX= 0. , DY= 0. , DZ= 0.) DRX =0. , DRY =0. , DRZ =0.)

at all nodes in the segment] OA [

(GROUP_NO = “OA”, DY= 0. , DRX =0. , DRZ =0.)

at all the nodes in the segment] OC [

(GROUP_NO = “OC”, DX= 0. , DRY =0. , DRZ =0.)

to node O

(GROUP_NO = “O”, DX= 0. , DY= 0. , DRX =0. , DRY =0. , DRZ =0.)

Point O

meshes: M1 M2

Point A

meshes: M248 M255

Point B

meshes: M292 M293 M296

Point C

meshes: M74 M75

Point D

meshes: M76 M108 M109

Point E

meshes: M34 M40 M41

Point F

meshes: M122 M123 M123 M124 M124 M148 M152 M153

6.2. Characteristics of the mesh#

Number of knots: 170

Number of meshes and types: 296 TRIA3

6.3. Tested sizes and results#

Identification

Reference type

Reference values

Reissner

Tolerance \((\text{\%})\)

O

_images/Object_91.svg

“ANALYTIQUE”

—178.419

1.0

D

_images/Object_92.svg

“ANALYTIQUE”

—101.82

1.0

E

_images/Object_93.svg

“ANALYTIQUE”

—101.82

1.0

F

_images/Object_94.svg

“ANALYTIQUE”

—84.198

1.0

Identification

Reference type

Reference values

Tolerance \((\text{\%})\)

O

_images/Object_50.svg

“ANALYTIQUE”

—0.08125

1.5

_images/Object_51.svg

“ANALYTIQUE”

—0.08125

2.0

A

_images/Object_53.svg

“ANALYTIQUE”

0.125

0.5

_images/Object_95.svg

“ANALYTIQUE”

0.0375

23.0

B

_images/Object_97.svg

“ANALYTIQUE”

0.08125

2.5

_images/Object_98.svg

“ANALYTIQUE”

0.08125

2.5

C

_images/Object_100.svg

“ANALYTIQUE”

0.125

0.5

_images/Object_101.svg

“ANALYTIQUE”

0.0375

23.0

D

_images/Object_103.svg

“ANALYTIQUE”

-0.05156

1.0

_images/Object_216.svg

“ANALYTIQUE”

0.0375

5.0

E

_images/Object_218.svg

“ANALYTIQUE”

—0.02969

5.0

_images/Object_219.svg

“ANALYTIQUE”

—0.05156

1.0

F

_images/Object_221.svg

“ANALYTIQUE”

—0.02925

1.5

_images/Object_222.svg

“ANALYTIQUE”

—0.02925

1.5

6.4. Contents of the results file#

Values at the observation points of the movements and averaged moments.