SPS-B-1803_42 Mechanical Report r0

8/10/2019 SPS-B-1803_42 Mechanical Report r0

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SPS-B-1803_42 r0

First Saved Thursday, August 07, 2014

Last Saved Wednesday, October 29, 2014

Product Version 13.0 Release

SPS-B-1803 42"


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Contents

Units

SPS-B-1803_42 r0 (6 Systems)o Geometry

Partso Construction Geometry

Pathso Coordinate Systems

o Connections Contacts

Contact Regions Contact Tool

Status Initial Information

o Mesh Mesh Controls

o Mesh Numbering

o Named Selectionso OPE (A5)

Analysis Settings Loads Solution (A6)

Solution Information Results

o OPE disaligned (B5) Analysis Settings

Loads Solution (B6)


o SUS (C5) Analysis Settings Loads Solution (C6)

Solution Information

Resultso SUS - disaligned (D5) Analysis Settings Loads Solution (D6)


HYD (E5)

SPS-B-1803 42"


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SPS-B-1803_42 r0 (6 Systems)

FIGURE 1SPS-B-1803_42 r0 (6 Systems) > Figure

Geometry

TABLE 2SPS-B-1803_42 r0 (6 Systems) > Geometry

Object Name Geometry

State Fully Defined

SPS-B-1803 42"


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Surface Area(approx.) 7.2953e+006 mm

Scale Factor Value 1.

StatisticsBodies 11

Active Bodies 11

Nodes 15521

Elements 14737

Mesh Metric None

Preferences

Parameter Processing Yes

Personal ParameterKey

DS

CAD Attribute Transfer No

Named SelectionProcessing

No

Material PropertiesTransfer

No

CAD Associativity Yes

Import CoordinateSystems No

Reader Save Part File No

Import Using Instances Yes

Do Smart Update No

Attach File Via TempFile

Yes

Temporary Directory C:\Users\sp16174\AppData\Local\Temp

Analysis Type 3-DEnclosure andSymmetry Processing

Yes

TABLE 3SPS-B-1803_42 r0 (6 Systems) > Geometry > Parts

Object Name base plate lat plate lat plate conn plate trans plate

State Meshed

Graphics Properties

Visible Yes

Transparency 1

Definition

Suppressed No

Stiffness Behavior Flexible

Coordinate System Default Coordinate System

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Properties

Volume 9.e+006 mm 1.2935e+006 mm 9.9744e+006 mm 4.1941e+006 mm

Mass 70.65 kg 10.154 kg 78.299 kg 32.924 kgCentroid X 0. mm -310. mm 310. mm -2.8036e-015 mm -2.8998e-015 mm

Centroid Y 0. mm 149.71 mm 291.85 mm 155.6 mm

Centroid Z -1.2418e-014 mm 144. mm 5.6072e-015 mm 0. mm

Moment of Inertia Ip12.1195e+006

kgmm1.4605e+005

kgmm2.8122e+006

kgmm3.5026e+005

kgmm

Moment of Inertia Ip28.007e+006

kgmm70185 kgmm

8.7453e+006kgmm

3.2921e+006kgmm

Moment of Inertia Ip3 5.8875e+006kgmm 75863 kgmm 6.9211e+006kgmm 3.6423e+006kgmm

Surface Area(approx.) 6.e+005 mm 86234 mm 6.6496e+005 mm 2.7961e+005 mm

Statistics

Nodes 2747 420 3132 1313

Elements 2640 380 3027 1211

Mesh Metric None

TABLE 4SPS-B-1803_42 r0 (6 Systems) > Geometry > Parts

Object Name lat plate lat plate mid plate mid plate process pipe

State Meshed

Graphics Properties

Visible Yes

Transparency 1

Definition

Suppressed NoStiffness Behavior Flexible

Coordinate System Default Coordinate System

Reference Temperature By Environment

Thickness 15. mm 19. mm

Thickness Mode Manual

Offset Type Middle(Membrane) Top

Material

Assignment SA-387, Gr. 11, Cl. 1, Plate, 1.25Cr-0.5Mo-Si A691 1.25CRNonlinear Effects Yes

Thermal Strain Effects Yes

Bounding Box

Length X 0. mm 1046. mm

Length Y 299.42 mm 200. mm 1046. mm

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FIGURE 3SPS-B-1803_42 r0 (6 Systems) > Geometry > Figure 2

SPS-B-1803 42"


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TABLE 6SPS-B-1803_42 r0 (6 Systems) > Construction Geometry

Object Name Construction Geometry

State Fully Defined

Display

Show Mesh No

TABLE 7SPS-B-1803_42 r0 (6 Systems) > Construction Geometry > Paths

Object Name mid plate lat plate trans plate

State Fully Defined

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End X Coordinate 0. mm 310. mm -488. mm

End Y Coordinate 1. mm

End Z Coordinate 0. mmLocation Defined

Coordinate Systems

TABLE 8SPS-B-1803_42 r0 (6 Systems) > Coordinate Systems > Coordinate System

Object Name Global Coordinate System Cylindrical Coordinate System

State Fully DefinedDefinition

Type Cartesian Cylindrical

Coordinate System ID 0. Program Controlled

Origin

Origin X 0. mm

Origin Y 0. mm 733. mm

Origin Z 0. mm

Define By Global CoordinatesLocation Defined

Directional Vectors

X Axis Data [ 1. 0. 0. ]

Y Axis Data [ 0. 1. 0. ]

Z Axis Data [ 0. 0. 1. ]

Principal Axis

Axis X

Define By Global X Axis

Orientation About Principal Axis

Axis Y

Define By Default

Transformations

Base Configuration Absolute

Transformed Configuration [ 0. 733. 0. ]

Connections

TABLE 9SPS-B-1803_42 r0 (6 Systems) > Connections

Object Name Connections

State Fully Defined

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Definition

Connection Type Contact

ScopeScoping Method Geometry Selection

Geometry All Bodies

Auto Detection

Tolerance Type Slider

Tolerance Slider 0.

Tolerance Value 5.7182 mm

Face/Face Yes

Face/Edge YesEdge/Edge No

Priority Include All

Group By Bodies

Search Across Bodies

TABLE 11SPS-B-1803_42 r0 (6 Systems) > Connections > Contacts > Contact Regions

Object Name Bonded - lat plateTo base plate

Bonded - lat plateTo conn plate

Bonded - lat plateTo trans plate

Bonded - latplate To lat plate

Bonded - lat plateTo base plate

State Fully Defined

Scope

ScopingMethod

Geometry Selection

Contact 1 Edge

Target 2 Faces 1 Face 2 Faces

ContactBodies lat plate

Target Bodies base plate conn plate trans plate lat plate base plate

Target ShellFace

Program Controlled

Definition

Type Bonded

Scope Mode Automatic

Suppressed NoAdvanced

Formulation Pure Penalty

NormalStiffness

Program Controlled

UpdateStiffness

Never

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ContactBodies

lat plate trans plate

Target Bodies conn plate trans plate lat plate base plate conn plateTarget Shell

FaceProgram Controlled

Definition

Type Bonded


Suppressed No

Advanced

Formulation Pure PenaltyNormalStiffness

Program Controlled

UpdateStiffness

Never

PinballRegion

Program Controlled

TABLE 13

SPS-B-1803_42 r0 (6 Systems) > Connections > Contacts > Contact Regions

Object NameBonded - lat plate

To base plateBonded - lat

plate To lat plateBonded - lat plate

To conn plateBonded - lat plate

To trans plateBonded - lat plate

To base plate

State Fully Defined

Scope

ScopingMethod

Geometry Selection

Contact 1 Edge

Target 1 FaceContactBodies

lat plate

Target Bodies base plate lat plate conn plate trans plate base plate

Target ShellFace

Program Controlled

Definition

Type Bonded

Scope Mode AutomaticSuppressed No

Advanced


NormalStiffness

Program Controlled

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Target 1 Face 2 Faces 1 Face

Contact

Bodies

lat plate mid plate

Target Bodies lat plate conn plate trans plate base plate trans plate

Target ShellFace

Program Controlled

Definition

Type Bonded


Suppressed No

AdvancedFormulation Pure Penalty

NormalStiffness

Program Controlled

UpdateStiffness

Never

PinballRegion

Program Controlled

TABLE 15SPS-B-1803_42 r0 (6 Systems) > Connections > Contacts > Contact Regions

Object NameBonded - midplate To mid

plate

Bonded - midplate To base

plate

Bonded - midplate To conn

plate

Bonded - midplate To trans

plate

Bonded - midplate To mid

plate

State Fully Defined

Scope

Scoping

MethodGeometry Selection

Contact 1 Edge

Target 1 Face

ContactBodies

mid plate

Target Bodies mid plate base plate conn plate trans plate mid plate

Target ShellFace

Program Controlled

DefinitionType Bonded


Suppressed No

Advanced


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Contact 1 Edge 1 Face 8 Edges

Target 1 Face 8 Faces

Contact Bodies mid plate conn plate process pipeTarget Bodies conn plate process pipe weld profile

Target ShellFace

Program Controlled Top Program Controlled

Contact ShellFace

Bottom

Definition

Type Bonded Frictionless Bonded

Scope Mode Automatic Manual AutomaticSuppressed No

Behavior Asymmetric

Advanced


NormalStiffness

Program Controlled

UpdateStiffness

Never

Pinball Region Program Controlled

InterfaceTreatment

Add Offset, No Ramping

Offset 0. mm

Time StepControls

Predict For Impact

TABLE 17

SPS-B-1803_42 r0 (6 Systems) > Connections > Contact ToolsObject Name Contact Tool

State Solved

Scope

Scoping Method Worksheet

SPS-B-1803_42 r0 (6 Systems) > Connections > Contact Tool

Name Contact Side

Bonded - lat plate To base plate Both

Bonded - lat plate To conn plate Both

Bonded - lat plate To trans plate Both

Bonded - lat plate To lat plate Both

Bonded - lat plate To base plate Both

Bonded lat plate To conn plate Both

SPS-B-1803 42"


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Bonded - mid plate To trans plate Both

Bonded - mid plate To mid plate Both

Bonded - mid plate To base plate BothBonded - mid plate To conn plate Both

Bonded - mid plate To trans plate Both

Bonded - mid plate To mid plate Both

Bonded - mid plate To conn plate Both

Frictionless - conn plate To process pipe Both

Bonded - conn plate To weld profile Both

Bonded - process pipe To weld profile Both

TABLE 18SPS-B-1803_42 r0 (6 Systems) > Connections > Contact Tool > Results

Object Name Status

State Solved

Definition

Type Status

Identifier

Integration Point ResultsDisplay Option Averaged

Information

Time 0. s

Load Step 1

Substep 1

Iteration Number 1

FIGURE 4SPS-B-1803_42 r0 (6 Systems) > Connections > Contact Tool > Status > Figure

SPS-B-1803 42"


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TABLE 19SPS-B-1803_42 r0 (6 Systems) > Connections > Contact Tool > Contact Data Tables

Object Name Initial Information

State Solved

SPS-B-1803_42 r0 (6 Systems) > Connections > Contact Tool > Initial Information

NameContact

SideType Status

NumberContacting

Penetration(mm)

Gap(mm)

GeometricPenetration

(mm)

GeometricGap (mm)

ResultingPinball(mm)

RealConstant

Bonded -lat plate To Contact Bonded Closed 20. 0. 0. 0. 0. 5.7182 12.

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trans plate

Bonded -lat plate To

lat plateContact Bonded Closed 21. 0. 0.

3.4417e-

014

2.5535e-

0145.7182 18.


lat plateTarget Bonded Inactive N/A N/A N/A N/A N/A N/A 0.

Bonded -lat plate Tobase plate

Contact Bonded Closed 20. 0. 0. 0. 0. 5.7182 20.

Bonded -

lat plate Tobase plate

Target Bonded Inactive N/A N/A N/A N/A N/A N/A 0.

Bonded -lat plate Toconn plate

Contact Bonded Closed 20. 0. 0. 0.5.588e-

0025.7182 22.



Bonded -

lat plate Totrans plate


Bonded -lat plate Totrans plate



lat plateContact Bonded Closed 21. 0. 0.

2.5535e-014

3.4417e-014

5.7182 26.

Bonded -lat plate Tolat plate


Bonded -trans plateTo base

plate


Bonded -trans plate

To baseplate


Bonded -trans plateTo conn

plate


0025.7182 30.

Bonded

SPS-B-1803 42"


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0025.7182 36.






trans plate







lat plate

Contact Bonded Closed 21. 0. 0.1.7208e-

014

3.4417e-

014

5.7182 42.


lat plateTarget Bonded Inactive N/A N/A N/A N/A N/A N/A 0.



0025.7182 44.







Bonded -

mid plateTo base

plate


Bonded -mid plateTo base

plate


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plate


plate



plate


Bonded -mid plate

To connplate


002

5.7182 56.

Bonded -mid plateTo conn

plate


Bonded -mid plateTo trans

plate


Bonded -mid plateTo trans

plate


Bonded -mid plateTo midplate


Bonded -mid plateTo midplate



plate


0025.7182 62.


plate


Frictionless- conn

plate To Contact FrictionlessNearO

0. 0. 9.9216 0. 0. 60. 64.

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Bonded -processpipe To

weld profile

Contact Bonded Closed 218. 0. 0.6.5281e-

0141.8932e-

0025.7182 68.

Bonded -processpipe To

weld profile


Mesh

TABLE 20SPS-B-1803_42 r0 (6 Systems) > Mesh

Object Name Mesh

State Solved

Defaults

Physics Preference Mechanical

Relevance 0

Sizing

Use Advanced Size Function On: Proximity and CurvatureRelevance Center Fine

Initial Size Seed Active Assembly

Smoothing Medium

Span Angle Center Coarse

Curvature Normal Angle Default (30.0 )

Proximity Accuracy 0.5

Num Cells Across Gap Default (3)

Min Size Default (15.0920 mm)

Max Face Size Default (75.4580 mm)

Growth Rate Default

Minimum Edge Length 10.0 mm

Inflation

Use Automatic Inflation None

Inflation Option Smooth Transition

Transition Ratio 0.272

Maximum Layers 2

Growth Rate 1.2

Inflation Algorithm Pre

View Advanced Options No

Advanced

Sh Ch ki St d d M h i l

SPS-B-1803 42"

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Nodes 15521

Elements 14737

Mesh Metric None

TABLE 21SPS-B-1803_42 r0 (6 Systems) > Mesh > Mesh Controls

Object Name

Method on base plate-latplate-lat plate-conn plate-

trans plate-lat plate-lat plate-mid plate-mid plate

Refinement

Element Sizeon processpipe-weld

profile

Element Size on base plate-latplate-lat plate-conn plate-trans

plate-lat plate-lat plate-midplate-mid plate-process pipe-

weld profile

State Fully Defined Suppressed Fully DefinedScope

ScopingMethod

Geometry Selection

Geometry 9 Bodies 2 Edges 8 Edges 19 Faces

Definition

Suppressed No Yes No

Method Quadrilateral Dominant

ElementMidsideNodes

Use Global Setting

Free FaceMesh Type

All Quad

ActiveNo,

Suppressed

Refinement 1

Type Element SizeElement Size 10. mm

Behavior Soft

CurvatureNormal Angle

Default

Growth Rate Default

Bias Type No Bias

FIGURE 5SPS-B-1803_42 r0 (6 Systems) > Mesh > Figure

SPS-B-1803 42"

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TABLE 22SPS-B-1803_42 r0 (6 Systems) > Mesh Numbering

Object Name Mesh Numbering

State Solved

Definition

Node Offset DefaultElement Offset Default

Suppressed No

Named Selections

SPS-B-1803 42"

SPS B 1803 42"


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Total Selection 8 Edges

Suppressed 0

Hidden 0

OPE (A5)

TABLE 24SPS-B-1803_42 r0 (6 Systems) > Analysis

Object Name OPE (A5)

State Solved

DefinitionPhysics Type Structural

Analysis Type Static Structural

Solver Target Mechanical APDL

Options

Environment Temperature 22. C

Generate Input Only No

TABLE 25SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Analysis Settings

Object Name Analysis Settings

State Fully Defined

Step Controls

Number Of Steps 1.

Current Step Number 1.

Step End Time 1. s

Auto Time Stepping Program Controlled

Solver Controls

Solver Type Program Controlled

Weak Springs Program Controlled

Large Deflection Off

Inertia Relief Off

Restart Controls

Generate Restart

Points Program Controlled

Retain Files After FullSolve

No

Nonlinear Controls

Force Convergence Program Controlled

Moment Convergence Program Controlled

SPS-B-1803 42

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Future Analysis None

Scratch Solver FilesDirectory

Save MAPDL db No

Delete UnneededFiles

Yes

Nonlinear Solution Yes

Solver Units Active System

Solver Unit System nmm

TABLE 26SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Loads

Object Nameprocess pipe

restraintprocess pipe

restrantrod force on saddle

internal processpressure

State Fully Defined

Scope

Scoping Method Geometry Selection

Geometry 1 Edge 2 Faces

Coordinate

System

Global Coordinate

SystemX Coordinate 0. mm

Y Coordinate 0. mm

Z Coordinate 0. mm

Location Defined

Definition

Type Displacement Remote Force Pressure

Define By Components Normal To

CoordinateSystem

Cylindrical Coordinate System

X Component Free 50000 N (ramped)

Y Component 0. mm (ramped) 1.5e+005 N (ramped)

Z Component 0. mm (ramped) Free 50000 N (ramped)

Suppressed No

Behavior Rigid

Magnitude

-0.87279 MPa

(ramped)Advanced

Pinball Region All

FIGURE 6SPS-B-1803 42 r0 (6 Systems) > OPE (A5) > process pipe restraint

SPS B 1803 42

SPS-B-1803 42"


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FIGURE 7SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > process pipe restraint > Figure

SPS-B-1803 42"


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FIGURE 8SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > process pipe restrant

FIGURE 9

SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > process pipe restrant > Figure

SPS-B-1803 42"


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FIGURE 10SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > rod force on saddle

SPS-B-1803 42"


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FIGURE 11SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > rod force on saddle > Figure

FIGURE 12SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > internal process pressure

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FIGURE 13SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > internal process pressure > Figure

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Solution (A6)

TABLE 27SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution

Object Name Solution (A6)

State Solved

Adaptive Mesh Refinement

Max Refinement Loops 1.

Refinement Depth 2.

Information

Status Done

TABLE 28SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Solution Information

Object Name Solution Information

State Solved


Solution Output Force Convergence

Newton-Raphson Residuals 0

Update Interval 2.5 s

Display Points All

FIGURE 14SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Solution Information

SPS-B-1803 42"


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TABLE 29SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Results

Object Name Equivalent Stress -membrane

EquivalentStress -bending

Linearized

EquivalentStress - mid

plate

Linearized

EquivalentStress - lat

plate

Linearized

EquivalentStress - trans

plate

State Solved

Scope

Scoping Method Geometry Selection Path

Geometry All Bodies

Shell Middle(Membrane) Bending Middle(Membrane)

Path mid plate lat plate trans plateDefinition

Type Equivalent (von-Mises) Stress Linearized Equivalent Stress

By Time

Display Time Last

Calculate Time

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Bending (Inside) 5.7746 MPa 3.9019 MPa 0.52881 MPa

Bending (Outside) 5.7746 MPa 3.9019 MPa 0.52881 MPa

Membrane+Bending

(Inside) 3.479 MPa 2.5564 MPa 2.2251 MPa

Membrane+Bending(Center)

2.518 MPa 1.4875 MPa 1.9307 MPa

Membrane+Bending(Outside)

8.2017 MPa 5.3234 MPa 1.7501 MPa

Peak (Inside) 2.0245 MPa 1.8917 MPa 1.597 MPa

Peak (Center) 0.70782 MPa 1.0642 MPa 5.1226 MPa

Peak (Outside) 2.0203 MPa 1.4469 MPa 1.1418 MPa

Total (Inside) 2.9718 MPa 1.3461 MPa 0.69454 MPaTotal (Center) 1.835 MPa 0.54676 MPa 7.0397 MPa

Total (Outside) 7.0397 MPa 5.8692 MPa 0.67034 MPa

Information

Time 1. s

Load Step 1

Substep 1

Iteration Number 2

FIGURE 16SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Equivalent Stress - membrane > Figure

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FIGURE 18SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Linearized Equivalent Stress - mid plate

SPS-B-1803 42"


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TABLE 30SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Linearized Equivalent Stress - mid plate

Length [mm] Membrane [MPa] Bending [MPa] Membrane+Bending [MPa] Peak [MPa] Total [MPa]

0.

2.518

5.7746 3.479 2.0245 2.97186. 5.534 3.2453 1.9769 2.5199

12. 5.2933 3.0126 1.9302 2.3237

18. 5.0527 2.7814 1.8845 2.1503

24. 4.8121 2.5518 1.8398 1.9959

30. 4.5715 2.3245 1.7963 1.8577

36. 4.3309 2.1001 1.7541 1.7383

42. 4.0903 1.8798 1.7131 1.6176

48. 3.8497 1.665 1.6736 1.5088

54. 3.6091 1.4584 1.6356 1.3855

60. 3.3685 1.2639 1.5992 1.2631

66. 3.1279 1.0879 1.5645 1.1299

72. 2.8873 0.94106 1.5317 0.98527

78. 2.6467 0.83867 1.5009 0.8496

84. 2.4061 0.79807 1.4722 0.71725

90. 2.1655 0.8284 1.4457 0.61687

96. 1.9249 0.92269 1.4216 0.56615

102. 1.6842 1.0641 1.4 0.59074

108. 1.4436 1.2365 1.3809 0.6864

114. 1.203 1.4288 1.3646 0.83768

120. 0.96243 1.6339 1.3511 1.0169

126. 0.72182 1.8476 1.3404 1.2108

132. 0.48121 2.0672 1.3327 1.4129

138. 0.24061 2.2911 1.328 1.6204

144. 0. 2.518 1.3263 1.835

150. 0.24061 2.7473 1.3277 2.0521

156. 0.48121 2.9784 1.3322 2.2717

162. 0.72182 3.2108 1.3396 2.4935

168. 0.96243 3.4444 1.35 2.7163

174. 1.203 3.6789 1.3633 2.9437

180. 1.4436 3.9141 1.3794 3.1719

186. 1.6842 4.15 1.3982 3.4081

192. 1.9249 4.3863 1.4196 3.6538

198. 2.1655 4.6231 1.4435 3.8999

204. 2.4061 4.8603 1.4698 4.1712

210. 2.6467 5.0978 1.4983 4.4434

216. 2.8873 5.3356 1.5289 4.7394

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FIGURE 19SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Linearized Equivalent Stress - mid plate >

Figure

FIGURE 20SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Linearized Equivalent Stress - lat plate

SPS-B-1803 42"


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TABLE 31SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Linearized Equivalent Stress - lat plate


0. 3.9019 2.5564 1.8917 1.34616. 3.7393 2.3973 1.8612 1.1592

12. 3.5767 2.2388 1.8312 1.0723

18. 3.4141 2.0808 1.8016 0.99919

24. 3.2515 1.9236 1.7726 0.94812

30. 3.089 1.7674 1.7441 0.9029

36. 2.9264 1.6125 1.7161 0.86885

42. 2.7638 1.4592 1.6888 0.84483

48. 2.6012 1.3081 1.662 0.82434

54. 2.4387 1.1602 1.636 0.80302

60. 2.2761 1.0168 1.6106 0.7822

66. 2.1135 0.87999 1.5859 0.75709

72. 1.9509 0.75355 1.5619 0.72593

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162. 0.48773 1.9527 1.3175 0.84298

168. 0.65031 2.1101 1.3104 0.96119

174. 0.81289 2.2682 1.3047 1.1003

180. 0.97546 2.4268 1.3003 1.2427

186. 1.138 2.586 1.2973 1.399

192. 1.3006 2.7456 1.2957 1.5711

198. 1.4632 2.9055 1.2954 1.7444

204. 1.6258 3.0656 1.2965 1.9552

210. 1.7884 3.2261 1.2989 2.1692

216. 1.9509 3.3867 1.3028 2.411

222. 2.1135 3.5475 1.3079 2.6901

228. 2.2761 3.7084 1.3144 2.9695

234. 2.4387 3.8695 1.3222 3.3551

240. 2.6012 4.0307 1.3313 3.7567

246. 2.7638 4.1921 1.3417 4.2579

252. 2.9264 4.3535 1.3533 4.9837

258. 3.089 4.515 1.3661 5.7882

264. 3.2515 4.6765 1.3801 7.582

270. 3.4141 4.8382 1.3952 9.9656

276. 3.5767 4.9999 1.4114 10.657

282. 3.7393 5.1616 1.4286 7.8886

288. 3.9019 5.3234 1.4469 5.8692

FIGURE 21SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Linearized Equivalent Stress - lat plate >

Figure

SPS-B-1803 42"


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FIGURE 22SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Linearized Equivalent Stress - trans plate

SPS-B-1803 42"


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TABLE 32SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Linearized Equivalent Stress - trans plate


0.

1.9307

0.52881 2.2251 1.597 0.6945420.333 0.50678 2.2111 1.585 0.68236

40.667 0.48475 2.1973 1.573 0.73546

61. 0.46271 2.1835 1.5612 0.86064

81.333 0.44068 2.1699 1.5494 1.0463

101.67 0.41865 2.1564 1.5377 1.3184

122. 0.39661 2.1431 1.526 1.7232

142.33 0.37458 2.1299 1.5145 2.479

162.67 0.35254 2.1169 1.503 4.4571183. 0.33051 2.104 1.4916 6.0798

203.33 0.30848 2.0913 1.4804 3.0825

223.67 0.28644 2.0787 1.4692 2.148

244. 0.26441 2.0663 1.4581 1.6624

264.33 0.24237 2.054 1.4471 1.4138

284.67 0.22034 2.0419 1.4362 1.2788

305. 0.19831 2.03 1.4253 1.2299

325.33 0.17627 2.0182 1.4146 1.2534

345.67 0.15424 2.0066 1.404 1.3384

366. 0.1322 1.9952 1.3935 1.4807

386.33 0.11017 1.984 1.3831 1.6971

406.67 8.8136e-002 1.973 1.3729 1.998

427. 6.6102e-002 1.9621 1.3627 2.4164

447.33 4.4068e-002 1.9514 1.3527 3.0829

467.67 2.2034e-002 1.9409 1.3427 4.3234

488. 0. 1.9307 1.3329 7.0397

508.33 2.2034e-002 1.9206 1.3233 4.2463

528.67 4.4068e-002 1.9107 1.3137 3.0634

549. 6.6102e-002 1.901 1.3043 2.3909

569.33 8.8136e-002 1.8915 1.295 1.9699

589.67 0.11017 1.8822 1.2858 1.6615

610. 0.1322 1.8732 1.2768 1.4311

630.33 0.15424 1.8644 1.268 1.2689

650.67 0.17627 1.8557 1.2592 1.1607

671. 0.19831 1.8473 1.2506 1.107

691.33 0.22034 1.8392 1.2422 1.117

711.67 0.24237 1.8312 1.2339 1.1933

732. 0.26441 1.8235 1.2258 1.3635

SPS-B-1803 42"


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FIGURE 23SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Linearized Equivalent Stress - trans plate

> Figure

TABLE 33SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Results

Object Name Equivalent Stress - processpipe membrane

Equivalent Stress - process pipemembrane+bending

Radial Axis -

DirectionalDeformation

State Solved

Scope


SPS-B-1803 42"


41/124

Display Option Averaged

Results

Minimum 8.5404 MPa 3.5673 MPa -9.1943e-002 mm

Maximum 27.261 MPa 41.634 MPa 0.20024 mm

MinimumOccurs On

process pipe base plate

MaximumOccurs On

process pipe

Information

Time 1. s

Load Step 1

Substep 1IterationNumber

2

FIGURE 24SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Equivalent Stress - process pipe

membrane > Figure

SPS-B-1803 42"


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FIGURE 26SPS-B-1803_42 r0 (6 Systems) > OPE (A5) > Solution (A6) > Radial Axis - Directional Deformation >

Figure

SPS-B-1803 42"


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OPE disaligned (B5)


Object Name OPE disaligned (B5)

State Solved

Definition

Physics Type Structural



SPS-B-1803 42"


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Step End Time 1. s

Auto Time Stepping Program Controlled

Solver Controls

Solver Type Program ControlledWeak Springs Program Controlled


Inertia Relief Off

Restart Controls

Generate RestartPoints

Program Controlled

Retain Files After Full

SolveYes

Nonlinear Controls



DisplacementConvergence

Program Controlled

Rotation Convergence Program Controlled

Line Search Program Controlled

Stabilization OffOutput Controls

Calculate Stress Yes

Calculate Strain Yes

Calculate Contact No

Calculate Results At All Time Points

Analysis Data Management

Solver Files DirectoryC:\Personale\Activities\01 - Jobs\Saipem\33 - 032142 Rabigh II\SPS-B-

1803_42\FEA Files\SPS-B-1803_42_files\dp0\SYS-1\MECH\Future Analysis Prestressed analysis


Save MAPDL db No


Yes


Solver Units Active SystemSolver Unit System nmm

TABLE 36SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > Loads

process pipe process pipe internal process

SPS-B-1803 42"


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CoordinateSystem

Cylindrical Coordinate System

X Component Free 50000 N (ramped)

Y Component 0. mm (ramped) 1.5e+005 N (ramped)Z Component 0. mm (ramped) Free 50000 N (ramped)

Suppressed No

Behavior Rigid

Magnitude-0.87279 MPa

(ramped)

Advanced

Pinball Region All

FIGURE 27SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > process pipe restraint

FIGURE 28SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > process pipe restrant

SPS-B-1803 42"


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FIGURE 29SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > rod force on saddle

SPS-B-1803 42"


47/124

FIGURE 31SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > internal process pressure

SPS-B-1803 42"


48/124

Solution (B6)

TABLE 37

SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > SolutionObject Name Solution (B6)

State Solved



Refinement Depth 2.

Information

Status Done

TABLE 38SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > Solution (B6) > Solution Information


State Solved


Solution Output Solver Output


Update Interval 2.5 sDisplay Points All

TABLE 39SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > Solution (B6) > Results

Object NameEquivalent Stress -

membrane


LinearizedEquivalent

Stress - mid

plate

LinearizedEquivalentStress - lat

plate


Stress - trans

plateState Solved

Scope


Geometry All Bodies


Path mid plate lat plate trans plate

Definition

Type Equivalent (von-Mises) Stress Linearized Equivalent StressBy Time

Display Time Last

Calculate TimeHistory

Yes

Identifier

SPS-B-1803 42"


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Membrane+Bending(Inside)

2.9255 MPa 2.577 MPa 4.0315 MPa


3.7516 MPa 4.2199 MPa 3.5377 MPa


9.412 MPa 10.012 MPa 4.8025 MPa




Total (Inside) 2.6581 MPa 1.1697 MPa 3.5675 MPa

Total (Center) 10.316 MPa 12.042 MPa 4.939 MPaTotal (Outside) 4.939 MPa 4.7195 MPa 1.022 MPa

Information

Time 1. s

Load Step 1

Substep 1

Iteration Number 2

FIGURE 32SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > Solution (B6) > Equivalent Stress - membrane

> Figure

SPS-B-1803 42"


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FIGURE 34SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > Solution (B6) > Linearized Equivalent Stress -

mid plate

SPS-B-1803 42"


51/124

TABLE 40SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > Solution (B6) > Linearized Equivalent Stress -

mid plate

Length [mm] Membrane [MPa] Bending [MPa] Membrane+Bending [MPa] Peak [MPa] Total [MPa]0. 5.8735 2.9255 4.3859 2.6581

6. 5.6287 2.7222 4.26 2.3689

12. 5.384 2.5264 4.1374 2.4904

18. 5.1393 2.3398 4.0181 2.722

24. 4.8945 2.1648 3.9026 2.5462

30. 4.6498 2.0044 3.7912 2.3519

36. 4.4051 1.8625 3.6843 2.1779

42. 4.1604 1.7436 3.5823 2.002948. 3.9156 1.6525 3.4855 1.837

54. 3.6709 1.5942 3.3945 1.725

60. 3.4262 1.5722 3.3097 1.6493

66. 3.1815 1.5881 3.2317 1.6364

72 2 9367 1 6407 3 1608 1 7601

156 0 48945 4 201 3 1165 18 771

SPS-B-1803 42"


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156. 0.48945 4.201 3.1165 18.771

162. 0.73418 4.4289 3.182 10.429

168. 0.97891 4.6585 3.2552 8.6532

174. 1.2236 4.8895 3.3354 8.7351180. 1.4684 5.1219 3.4221 8.6992

186. 1.7131 5.3553 3.515 8.6411

192. 1.9578 5.5897 3.6134 8.5478

198. 2.2025 5.825 3.717 8.4608

204. 2.4473 6.061 3.8254 8.3614

210. 2.692 6.2977 3.9381 8.2662

216. 2.9367 6.5349 4.0548 8.1979

222. 3.1815 6.7727 4.1751 8.1571228. 3.4262 7.011 4.2988 8.1213

234. 3.6709 7.2497 4.4256 8.1093

240. 3.9156 7.4888 4.5551 8.1044

246. 4.1604 7.7282 4.6873 8.1116

252. 4.4051 7.968 4.8218 8.134

258. 4.6498 8.2081 4.9585 8.1574

264. 4.8945 8.4484 5.0971 8.039

270. 5.1393 8.689 5.2377 7.9031

276. 5.384 8.9298 5.3799 7.3035

282. 5.6287 9.1708 5.5237 6.0056

288. 5.8735 9.412 5.6689 4.939


mid plate > Figure

SPS-B-1803 42"


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lat plate

SPS-B-1803 42"


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lat plate

Length [mm] Membrane [MPa] Bending [MPa] Membrane+Bending [MPa] Peak [MPa] Total [MPa]0. 5.9693 2.577 3.0088 1.1697

6. 5.7206 2.3839 2.9158 1.2616

12. 5.4718 2.2021 2.83 1.5091

18. 5.2231 2.0345 2.7521 1.7958

24. 4.9744 1.8849 2.6828 1.8341

30. 4.7257 1.7579 2.6228 1.872

36. 4.477 1.6587 2.5728 1.9247

42. 4.2282 1.5925 2.5333 1.990248. 3.9795 1.5635 2.5048 2.0588

54. 3.7308 1.5738 2.4877 2.197

60. 3.4821 1.6226 2.4822 2.3426

66. 3.2334 1.7066 2.4885 2.4918

72 2 9846 1 821 2 5064 2 6584

156 0 49744 4 6856 3 6942 23 984

SPS-B-1803 42"


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156. 0.49744 4.6856 3.6942 23.984

162. 0.74616 4.9208 3.8223 13.796

168. 0.99488 5.1572 3.9536 8.5423

174. 1.2436 5.3948 4.0878 8.5243180. 1.4923 5.6333 4.2247 8.6661

186. 1.741 5.8727 4.3639 8.7743

192. 1.9898 6.1128 4.5053 8.6829

198. 2.2385 6.3536 4.6486 8.6221

204. 2.4872 6.5949 4.7937 8.5597

210. 2.7359 6.8368 4.9405 8.5127

216. 2.9846 7.0792 5.0888 8.4902

222. 3.2334 7.322 5.2384 8.4875228. 3.4821 7.5651 5.3892 8.4917

234. 3.7308 7.8087 5.5413 8.5107

240. 3.9795 8.0525 5.6943 8.5344

246. 4.2282 8.2967 5.8484 8.554

252. 4.477 8.541 6.0033 8.5669

258. 4.7257 8.7857 6.1591 8.5855

264. 4.9744 9.0306 6.3156 8.4628

270. 5.2231 9.2756 6.4729 8.3278276. 5.4718 9.5209 6.6308 7.6837

282. 5.7206 9.7663 6.7893 6.1012

288. 5.9693 10.012 6.9484 4.7195


lat plate > Figure

SPS-B-1803 42"


56/124


trans plate

SPS-B-1803 42"


57/124


trans plate


0. 2.6726 4.0315 4.9573 3.5675

20.333 2.5613 3.9765 4.9341 2.5672

40.667 2.4499 3.9238 4.9119 2.5651

61. 2.3386 3.8736 4.8908 2.8651

81.333 2.2272 3.826 4.8707 3.0495

101.67 2.1158 3.7811 4.8518 3.0864

122. 2.0045 3.7389 4.834 3.0472

142.33 1.8931 3.6996 4.8173 3.1494162.67 1.7818 3.6633 4.8017 3.9689

183. 1.6704 3.6301 4.7873 4.9236

203.33 1.559 3.6 4.7741 4.8211

223.67 1.4477 3.5731 4.762 4.6231

244 1 3363 3 5495 4 7511 4 4622

528.67 0.22272 3.5845 4.7247 3.9316

SPS-B-1803 42"


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549. 0.33408 3.6129 4.732 4.1943

569.33 0.44544 3.6444 4.7404 4.3891

589.67 0.5568 3.679 4.75 4.5427610. 0.66816 3.7166 4.7608 4.6894

630.33 0.77952 3.7572 4.7727 4.8214

650.67 0.89088 3.8006 4.7858 4.9554

671. 1.0022 3.8467 4.8001 5.0778

691.33 1.1136 3.8955 4.8156 5.2136

711.67 1.225 3.9468 4.8322 5.3957

732. 1.3363 4.0005 4.8499 5.6811

752.33 1.4477 4.0566 4.8687 6.2103772.67 1.559 4.1149 4.8886 7.1726

793. 1.6704 4.1754 4.9096 8.3668

813.33 1.7818 4.238 4.9317 6.7214

833.67 1.8931 4.3025 4.9548 4.6008

854. 2.0045 4.3689 4.979 3.2388

874.33 2.1158 4.4372 5.0042 2.2919

894.67 2.2272 4.5071 5.0304 1.6144

915. 2.3386 4.5787 5.0576 1.1503935.33 2.4499 4.6518 5.0858 0.88546

955.67 2.5613 4.7265 5.115 1.0346

976. 2.6726 4.8025 5.1451 1.022


trans plate > Figure

SPS-B-1803 42"


59/124

TABLE 43SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > Solution (B6) > Results

Object NameEquivalent Stress - process

pipe membraneEquivalent Stress - process pipe

membrane+bending

Radial Axis -Directional

Deformation

State Solved

ScopeScoping Method Geometry Selection

Geometry 8 Edges All Bodies

Shell Middle(Membrane) Top/Bottom

Definition


Mi i

SPS-B-1803 42"


60/124

MinimumOccurs On


MaximumOccurs On process pipe

Information

Time 1. s

Load Step 1

Substep 1

IterationNumber

2

FIGURE 40SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > Solution (B6) > Equivalent Stress - process

pipe membrane > Figure

SPS-B-1803 42"


61/124

FIGURE 42SPS-B-1803_42 r0 (6 Systems) > OPE disaligned (B5) > Solution (B6) > Radial Axis - Directional

Deformation > Figure

SPS-B-1803 42"


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SUS (C5)


Object Name SUS (C5)

State SolvedDefinition






SPS-B-1803 42"


63/124



Inertia Relief OffRestart Controls


Program Controlled


No

Nonlinear Controls


Moment Convergence Program ControlledDisplacementConvergence

Program Controlled



Stabilization Off

Output Controls


Calculate Strain YesCalculate Contact No




1803_42\FEA Files\SPS-B-1803_42_files\dp0\SYS-2\MECH\



Save MAPDL db No


Yes




TABLE 46SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Loads





State Fully Defined

Scope

Y Component 0. mm (ramped) 90000 N (ramped)

Z Component 0 mm (ramped) Free 50000 N (ramped)

SPS-B-1803 42"


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Suppressed No

Behavior Rigid


(ramped)

Advanced

Pinball Region All

FIGURE 43SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > process pipe restraint

FIGURE 44SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > process pipe restrant

SPS-B-1803 42"


65/124

FIGURE 45SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > rod force on saddle

SPS-B-1803 42"


66/124

FIGURE 47SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > internal process pressure

Solution (C6)

SPS-B-1803 42"


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TABLE 47

SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > SolutionObject Name Solution (C6)

State Solved



Refinement Depth 2.

Information

Status Done

TABLE 48SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Solution Information


State Solved




Update Interval 2.5 sDisplay Points All

TABLE 49SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Results


membrane



Stress - midplate


plate


Stress - transplate

State Solved

Scope


Geometry All Bodies



Definition


By Time

Display Time Last


Yes

Identifier


Membrane+Bending(I id )

23.774 MPa 23.662 MPa 3.7472 MPa

SPS-B-1803 42"


68/124

(Inside)23.774 MPa 23.662 MPa 3.7472 MPa

Membrane+Bending(Center) 19.691 MPa 19.62 MPa 3.1799 MPa


17.435 MPa 17.334 MPa 3.5251 MPa





Total (Center) 143.26 MPa 129.06 MPa 4.4521 MPa

Total (Outside) 4.4521 MPa 4.3331 MPa 3.834 MPa

Information

Time 1. s

Load Step 1

Substep 1

Iteration Number 2

FIGURE 48SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Equivalent Stress - membrane > Figure

SPS-B-1803 42"


69/124

FIGURE 50SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Linearized Equivalent Stress - mid plate

TABLE 50SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Linearized Equivalent Stress - mid plate


SPS-B-1803 42"


70/124


0.

19.691

6.8469 23.774 27.57 4.1581

6. 6.5616 23.579 27.354 4.3849

12. 6.2763 23.385 27.138 4.4444

18. 5.9911 23.193 26.923 4.512

24. 5.7058 23.003 26.709 4.0032

30. 5.4205 22.815 26.495 3.4558

36. 5.1352 22.629 26.282 3.1326

42. 4.8499 22.445 26.07 3.0958

48. 4.5646 22.263 25.859 3.0731

54. 4.2793 22.083 25.649 3.0837

60. 3.994 21.906 25.439 3.0971

66. 3.7087 21.731 25.231 2.8255

72. 3.4235 21.558 25.023 2.2179

78. 3.1382 21.388 24.816 1.6626

84. 2.8529 21.22 24.61 1.4662

90. 2.5676 21.055 24.405 3.673

96. 2.2823 20.892 24.201 9.6633102. 1.997 20.732 23.998 19.442

108. 1.7117 20.574 23.796 29.708

114. 1.4264 20.42 23.595 54.371

120. 1.1412 20.268 23.395 79.336

126. 0.85586 20.119 23.196 105.62

132. 0.57058 19.973 22.998 133.26

138. 0.28529 19.83 22.802 161.05

144. 0. 19.691 22.607 143.26150. 0.28529 19.554 22.413 125.57

156. 0.57058 19.421 22.22 98.688

162. 0.85586 19.291 22.028 62.066

168. 1.1412 19.164 21.838 26.373

174. 1.4264 19.041 21.649 16.575

180. 1.7117 18.921 21.462 9.1765

186. 1.997 18.805 21.276 7.8741

192. 2.2823 18.692 21.091 8.5891198. 2.5676 18.583 20.908 9.9222

204. 2.8529 18.478 20.726 10.303

210. 3.1382 18.377 20.546 10.573

216. 3.4235 18.279 20.368 10.7

FIGURE 51SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Linearized Equivalent Stress - mid plate >

Figure

SPS-B-1803 42"


71/124

g

FIGURE 52SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Linearized Equivalent Stress - lat plate

SPS-B-1803 42"


72/124

TABLE 51SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Linearized Equivalent Stress - lat plate


0. 6.7263 23.662 26.736 3.1481

6. 6.446 23.469 26.531 3.385

12. 6.1658 23.277 26.326 3.417

18. 5.8855 23.088 26.122 3.4534

24. 5.6053 22.9 25.918 2.8888

30. 5.325 22.715 25.715 2.3076

36. 5.0447 22.531 25.513 1.9009

42. 4.7645 22.349 25.312 1.7012

48. 4.4842 22.17 25.111 1.5032

54. 4.2039 21.992 24.912 1.3472

60. 3.9237 21.817 24.713 1.2103

66. 3.6434 21.644 24.515 0.91626

72. 3.3632 21.473 24.317 0.90712

162. 0.84079 19.221 21.475 64.881

168. 1.1211 19.094 21.294 33.46

174. 1.4013 18.97 21.115 21.948

SPS-B-1803 42"


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174. 1.4013 18.97 21.115 21.948

180. 1.6816 18.85 20.937 11.952

186. 1.9618 18.734 20.761 7.7108

192. 2.2421 18.621 20.586 7.4748

198. 2.5224 18.511 20.412 8.4196

204. 2.8026 18.405 20.24 8.8139

210. 3.0829 18.303 20.069 9.1917

216. 3.3632 18.204 19.9 9.4242

222. 3.6434 18.11 19.732 9.4094

228. 3.9237 18.019 19.566 9.4234. 4.2039 17.932 19.402 9.2535

240. 4.4842 17.849 19.239 9.1015

246. 4.7645 17.77 19.078 8.9342

252. 5.0447 17.695 18.919 8.7423

258. 5.325 17.624 18.762 8.5641

264. 5.6053 17.558 18.607 8.297

270. 5.8855 17.495 18.453 8.0246

276. 6.1658 17.437 18.302 7.3201282. 6.446 17.384 18.152 5.7835

288. 6.7263 17.334 18.005 4.3331

FIGURE 53SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Linearized Equivalent Stress - lat plate >

Figure


74/124

TABLE 52SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Linearized Equivalent Stress - trans plate


SPS-B-1803 42"


75/124

0.

3.1799

1.7671 3.7472 4.4856 4.175

20.333 1.6934 3.7086 4.4139 3.8881

40.667 1.6198 3.6709 4.3439 3.6971

61. 1.5462 3.6344 4.2759 3.8455

81.333 1.4726 3.599 4.2099 3.8634

101.67 1.3989 3.5648 4.146 3.7701

122. 1.3253 3.5318 4.0843 3.6365

142.33 1.2517 3.5001 4.0249 3.6388

162.67 1.178 3.4696 3.9679 4.0626

183. 1.1044 3.4404 3.9135 4.4351

203.33 1.0308 3.4125 3.8616 4.5484

223.67 0.95716 3.386 3.8125 4.4911

244. 0.88353 3.361 3.7662 4.5123

264.33 0.8099 3.3373 3.7229 4.5365

284.67 0.73628 3.3151 3.6826 4.659

305. 0.66265 3.2945 3.6454 4.7607

325.33 0.58902 3.2753 3.6115 4.7807

345.67 0.51539 3.2577 3.5809 4.7628

366. 0.44177 3.2417 3.5537 4.7086

386.33 0.36814 3.2273 3.5301 4.576

406.67 0.29451 3.2145 3.51 4.3687

427. 0.22088 3.2033 3.4935 4.1845

447.33 0.14726 3.1938 3.4807 4.0509

467.67 7.3628e-002 3.186 3.4717 4.3405

488. 0. 3.1799 3.4664 4.4521508.33 7.3628e-002 3.1754 3.4648 3.7555

528.67 0.14726 3.1727 3.4671 3.7864

549. 0.22088 3.1716 3.4731 4.2571

569.33 0.29451 3.1723 3.4829 4.7031

589.67 0.36814 3.1747 3.4963 5.0334

610. 0.44177 3.1788 3.5135 5.2608

630.33 0.51539 3.1846 3.5343 5.3584

650.67 0.58902 3.1921 3.5586 5.3563671. 0.66265 3.2012 3.5864 5.2515

691.33 0.73628 3.212 3.6176 4.9985

711.67 0.8099 3.2245 3.6521 4.6204

732. 0.88353 3.2386 3.6899 4.1118

FIGURE 55SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Linearized Equivalent Stress - trans plate

> Figure

SPS-B-1803 42"


76/124

TABLE 53SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Results


pipe membrane

Equivalent Stress - process pipe

membrane+bending


Deformation

State Solved

Scope



Results

Minimum 9.2369 MPa 3.1846 MPa -0.1283 mm

SPS-B-1803 42"


77/124


MinimumOccurs On

weld profile process pipe base plate

MaximumOccurs On


Information

Time 1. s

Load Step 1

Substep 1

IterationNumber

2

FIGURE 56SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Equivalent Stress - process pipe

membrane > Figure

SPS-B-1803 42"


78/124

FIGURE 58SPS-B-1803_42 r0 (6 Systems) > SUS (C5) > Solution (C6) > Radial Axis - Directional Deformation >

Figure

SPS-B-1803 42"


79/124

SUS - disaligned (D5)


Object Name SUS - disaligned (D5)

State SolvedDefinition







Inertia Relief Off

SPS-B-1803 42"


80/124

Inertia Relief Off

Restart Controls


Program Controlled


No

Nonlinear Controls




Program Controlled



Stabilization Off

Output Controls



Calculate Contact No







Save MAPDL db NoDelete Unneeded

FilesYes




TABLE 56

SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Loads





State Fully Defined

Scope

Y Component 0. mm (ramped) 90000 N (ramped)


Suppressed No

Behavior Rigid

SPS-B-1803 42"


81/124

Behavior Rigid


(ramped)

Advanced

Pinball Region All

FIGURE 59SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > process pipe restraint

FIGURE 60

SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > process pipe restrant

SPS-B-1803 42"


82/124

FIGURE 61SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > rod force on saddle

SPS-B-1803 42"


83/124

FIGURE 63SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > internal process pressure

Solution (D6)

TABLE 57SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Solution

SPS-B-1803 42"


84/124

Object Name Solution (D6)

State Solved



Refinement Depth 2.

Information

Status Done

TABLE 58SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Solution (D6) > Solution Information


State Solved





Display Points All

TABLE 59SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Solution (D6) > Results


membrane



Stress - midplate


plate


Stress - transplate

State SolvedScope


Geometry All Bodies



Definition


By TimeDisplay Time Last


Yes

Identifier



2.2919 MPa 1.9574 MPa 3.7866 MPa

Membrane+Bending

SPS-B-1803 42"


85/124

(Center) 3.7216 MPa 3.748 MPa 3.2481 MPaMembrane+Bending

(Outside)9.1705 MPa 8.9174 MPa 4.438 MPa





Total (Center) 7.0752 MPa 7.2972 MPa 3.8704 MPa

Total (Outside) 3.8704 MPa 3.6916 MPa 0.88939 MPaInformation

Time 1. s

Load Step 1

Substep 1

Iteration Number 2

FIGURE 64

SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Solution (D6) > Equivalent Stress -membrane > Figure

SPS-B-1803 42"


86/124

FIGURE 66SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Solution (D6) > Linearized Equivalent Stress

- mid plate

SPS-B-1803 42"


87/124

TABLE 60SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Solution (D6) > Linearized Equivalent Stress

- mid plate


0. 5.552 2.2919 3.313 2.10836. 5.3207 2.0928 3.1744 1.8602

12. 5.0893 1.9012 3.0387 1.9188

18. 4.858 1.7193 2.9065 2.0578

24. 4.6267 1.5506 2.7782 1.8933

30. 4.3953 1.4 2.6544 1.7163

36. 4.164 1.2737 2.5358 1.5552

42. 3.9327 1.1798 2.423 1.3921

48. 3.7013 1.1263 2.317 1.236954. 3.47 1.119 2.2187 1.1017

60. 3.2387 1.1588 2.1292 0.99784

66. 3.0073 1.2412 2.0496 0.95635

72 2 776 1 3584 1 9812 1 0546

156. 0.46267 4.1653 2.4533 13.223

162. 0.694 4.3886 2.5678 9.258

168. 0.92534 4.6127 2.6879 8.4031

174. 1.1567 4.8375 2.813 8.3619

180 1 388 5 0629 2 9425 8 2821

SPS-B-1803 42"


88/124

180. 1.388 5.0629 2.9425 8.2821

186. 1.6193 5.2888 3.0757 8.1978

192. 1.8507 5.5151 3.2122 8.107

198. 2.082 5.7418 3.3516 8.0222

204. 2.3133 5.9689 3.4935 7.9462

210. 2.5447 6.1963 3.6377 7.8754

216. 2.776 6.424 3.7839 7.8228

222. 3.0073 6.652 3.9319 7.7908

228. 3.2387 6.8801 4.0815 7.7632

234. 3.47 7.1085 4.2325 7.7478

240. 3.7013 7.337 4.3847 7.7365

246. 3.9327 7.5658 4.5381 7.7348

252. 4.164 7.7946 4.6925 7.7447

258. 4.3953 8.0237 4.8478 7.753

264. 4.6267 8.2528 5.004 7.6135

270. 4.858 8.4821 5.161 7.4559

276. 5.0893 8.7115 5.3186 6.7859

282. 5.3207 8.9409 5.4769 5.2744

288. 5.552 9.1705 5.6358 3.8704


- mid plate > Figure

SPS-B-1803 42"


89/124


- lat plate

SPS-B-1803 42"


90/124


- lat plate


0. 5.2563 1.9574 2.2287 0.795076. 5.0373 1.7759 2.1236 0.85201

12. 4.8183 1.6038 2.0241 1.0063

18. 4.5992 1.4445 1.931 1.1857

24. 4.3802 1.3026 1.8452 1.1937

30. 4.1612 1.1845 1.7679 1.2014

36. 3.9422 1.0978 1.7001 1.2218

42. 3.7232 1.0503 1.6431 1.2542

48. 3.5042 1.0475 1.598 1.288354. 3.2852 1.0895 1.5658 1.3641

60. 3.0662 1.1717 1.5474 1.4449

66. 2.8472 1.2864 1.5432 1.5253

72 2 6281 1 4256 1 5534 1 6141

156. 0.43802 4.1705 2.7423 14.559

162. 0.65703 4.3829 2.8667 9.379

168. 0.87605 4.5959 2.9934 7.3992

174. 1.0951 4.8095 3.1221 7.4465

180 1 3141 5 0235 3 2525 7 5268

SPS-B-1803 42"


91/124

180. 1.3141 5.0235 3.2525 7.5268

186. 1.5331 5.2379 3.3844 7.5748

192. 1.7521 5.4527 3.5178 7.5375

198. 1.9711 5.6679 3.6523 7.513

204. 2.1901 5.8833 3.7879 7.4892

210. 2.4091 6.0989 3.9245 7.4719

216. 2.6281 6.3148 4.062 7.4649

222. 2.8472 6.5309 4.2003 7.4662

228. 3.0662 6.7472 4.3392 7.4695

234. 3.2852 6.9637 4.4789 7.477

240. 3.5042 7.1803 4.6191 7.4855

246. 3.7232 7.3971 4.7598 7.4871

252. 3.9422 7.6139 4.9011 7.4786

258. 4.1612 7.831 5.0427 7.4716

264. 4.3802 8.0481 5.1849 7.33

270. 4.5992 8.2653 5.3273 7.1701

276. 4.8183 8.4826 5.4702 6.5578

282. 5.0373 8.7 5.6133 5.0841

288. 5.2563 8.9174 5.7568 3.6916


- lat plate > Figure


92/124

SPS-B-1803 42"


93/124


- trans plate


0. 2.5431 3.7866 3.9602 2.785820.333 2.4371 3.7312 3.9365 2.0344

40.667 2.3312 3.6781 3.9138 2.1894

61. 2.2252 3.6273 3.8921 2.5511

81.333 2.1192 3.5789 3.8713 2.8145

101.67 2.0133 3.533 3.8516 2.9564

122. 1.9073 3.4898 3.8329 3.0091

142.33 1.8013 3.4492 3.8153 3.0474

162.67 1.6954 3.4115 3.7987 3.3308183. 1.5894 3.3766 3.7831 3.8057

203.33 1.4835 3.3448 3.7687 3.9241

223.67 1.3775 3.316 3.7554 3.9435

244 1 2715 3 2905 3 7431 3 928

528.67 0.21192 3.2891 3.6929 3.0333

549. 0.31789 3.3145 3.6981 3.5458

569.33 0.42385 3.3431 3.7044 3.9058

589.67 0.52981 3.3747 3.7119 4.1784

610. 0.63577 3.4094 3.7206 4.4168

SPS-B-1803 42"


94/124

630.33 0.74173 3.4469 3.7304 4.6171

650.67 0.84769 3.4873 3.7413 4.8092

671. 0.95366 3.5304 3.7533 4.9766

691.33 1.0596 3.5762 3.7665 5.1437

711.67 1.1656 3.6244 3.7808 5.3355

732. 1.2715 3.6751 3.7961 5.5854

752.33 1.3775 3.7281 3.8126 5.9687

772.67 1.4835 3.7833 3.83 6.5609

793. 1.5894 3.8406 3.8486 6.8667

813.33 1.6954 3.9 3.8681 5.363

833.67 1.8013 3.9614 3.8887 3.9193

854. 1.9073 4.0245 3.9103 2.9814

874.33 2.0133 4.0895 3.9329 2.3073

894.67 2.1192 4.1561 3.9564 1.7941

915. 2.2252 4.2244 3.9809 1.3983

935.33 2.3312 4.2942 4.0063 1.1051

955.67 2.4371 4.3654 4.0326 0.99374

976. 2.5431 4.438 4.0599 0.88939


- trans plate > Figure

SPS-B-1803 42"


95/124

TABLE 63SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Solution (D6) > Results



membrane+bending


Deformation

State Solved

Scope

Scoping Method Named Selection Geometry Selection

NamedSelection

weld seam

Shell Middle(Membrane) Top/Bottom

Results

Minimum 6.3945 MPa 7.912 MPa -0.14512 mm


Minimum

Occurs Onprocess pipe weld profile base plate

Maximum

SPS-B-1803 42"


96/124

MaximumOccurs On

process pipe

Information

Time 1. s

Load Step 1

Substep 1

Iteration

Number

2

FIGURE 72SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Solution (D6) > Equivalent Stress - process

pipe membrane > Figure

SPS-B-1803 42"


97/124

FIGURE 74SPS-B-1803_42 r0 (6 Systems) > SUS - disaligned (D5) > Solution (D6) > Radial Axis - Directional

Deformation > Figure

SPS-B-1803 42"


98/124

HYD (E5)


Object Name HYD (E5)

State Solved

Definition







Inertia Relief Off

Restart ControlsGenerate Restart

C

SPS-B-1803 42"


99/124


Program Controlled


No

Nonlinear Controls




Program Controlled



Stabilization Off

Output Controls



Calculate Contact NoCalculate Results At All Time Points






Save MAPDL db NoDelete Unneeded

FilesYes




TABLE 66

SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > LoadsObject Name

process piperestraint

process piperestrant

rod force on saddleinternal process

pressure

State Fully Defined

Scope

Y Component 0. mm (ramped) 1.8e+005 N (ramped)


Suppressed No

Behavior Rigid

Magnitude -1.7 MPa (ramped)Advanced

SPS-B-1803 42"


100/124

Advanced

Pinball Region All

FIGURE 75SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > process pipe restraint

FIGURE 76SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > process pipe restrant

SPS-B-1803 42"


101/124

FIGURE 77SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > rod force on saddle


102/124

FIGURE 80SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > internal process pressure > Figure

SPS-B-1803 42"


103/124

Solution (E6)

TABLE 67SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution

Object Name Solution (E6)

State Solved



Refinement Depth 2

TABLE 69SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Results


membrane

EquivalentStress -

bending


Stress - midplate


plate


Stress - transplate

State Solved

SPS-B-1803 42"


104/124

Scope


Geometry All Bodies



Definition


By Time

Display Time Last


Yes

Identifier

Subtype All

Coordinate System Global Coordinate System

2D Behavior Planar

Integration Point Results


Results

Minimum 5.2246e-003 MPa8.3923e-003

MPa

Maximum 165.83 MPa 81.324 MPa

Minimum Occurs On base plate trans plate

Maximum Occurs On mid plate conn plate

Membrane 3.4223 MPa 1.7662 MPa 2.6736 MPa

Bending (Inside) 7.6754 MPa 4.5612 MPa 0.53231 MPa



4.5482 MPa 2.9602 MPa 2.9558 MPa


3.4223 MPa 1.7662 MPa 2.6736 MPa


10.98 MPa 6.2519 MPa 2.475 MPa



SPS-B-1803 42"


105/124

FIGURE 82SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Equivalent Stress - bending > Figure

SPS-B-1803 42"


106/124

FIGURE 83SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Linearized Equivalent Stress - mid plate

TABLE 70SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Linearized Equivalent Stress - mid plate


0. 7.6754 4.5482 2.625 4.1

6. 7.3556 4.2379 2.5814 3.479412. 7.0357 3.9292 2.5388 3.2048

18. 6.7159 3.6223 2.4973 2.9594

SPS-B-1803 42"


107/124

3.4223

24. 6.3961 3.3179 2.4571 2.7346

30. 6.0763 3.0167 2.4181 2.5334

36. 5.7565 2.7197 2.3804 2.3594

42. 5.4367 2.4286 2.344 2.1828

48. 5.1169 2.1456 2.3092 2.0234

54. 4.7971 1.8745 2.2758 1.84260. 4.4773 1.6213 2.244 1.6625

66. 4.1575 1.3956 2.2138 1.4692

72. 3.8377 1.2131 2.1854 1.2624

78. 3.5179 1.0954 2.1587 1.0726

84. 3.1981 1.0643 2.1339 0.8993

90. 2.8783 1.1271 2.111 0.78733

96. 2.5585 1.2698 2.09 0.76717

102. 2.2386 1.4693 2.0711 0.86047108. 1.9188 1.7059 2.0543 1.0398

114. 1.599 1.9661 2.0396 1.2775

120. 1.2792 2.2419 2.0271 1.543

126. 0.95942 2.528 2.0168 1.8205

132. 0.63961 2.8214 2.0088 2.1033

138. 0.31981 3.1199 2.0031 2.3918

144. 0. 3.4223 1.9997 2.6831

150. 0.31981 3.7276 1.9986 2.9769156. 0.63961 4.0352 1.9998 3.2708

162. 0.95942 4.3445 2.0033 3.5641

168. 1.2792 4.6553 2.0092 3.8585

174. 1.599 4.9672 2.0173 4.1528

180. 1.9188 5.28 2.0277 4.4478

186. 2.2386 5.5936 2.0403 4.7503

192. 2.5585 5.9079 2.0551 5.0618

198. 2.8783 6.2228 2.0721 5.3738204. 3.1981 6.5381 2.0911 5.7124

210. 3.5179 6.8539 2.1122 6.0511

216. 3.8377 7.17 2.1352 6.418

FIGURE 84SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Linearized Equivalent Stress - mid plate >

Figure

SPS-B-1803 42"


108/124

FIGURE 85SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Linearized Equivalent Stress - lat plate

SPS-B-1803 42"


109/124

TABLE 71SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Linearized Equivalent Stress - lat plate


0. 4.5612 2.9602 2.2038 1.5255

6. 4.3712 2.7743 2.1714 1.310112. 4.1811 2.589 2.1397 1.2127

18. 3.9911 2.4045 2.1086 1.1315

24. 3.801 2.2209 2.0783 1.0797

30. 3.611 2.0385 2.0488 1.0346

36. 3.4209 1.8576 2.02 1.0005

42. 3.2309 1.6788 1.9921 0.97614

48. 3.0408 1.5027 1.965 0.95573

54. 2.8508 1.3305 1.9389 0.932560. 2.6607 1.1638 1.9137 0.9097

66. 2.4707 1.0055 1.8894 0.88109

72. 2.2806 0.86011 1.8662 0.84451


110/124

SPS-B-1803 42"


111/124

FIGURE 87SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Linearized Equivalent Stress - trans plate

TABLE 72SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Linearized Equivalent Stress - trans plate


0. 0.53231 2.9558 2.1287 0.90413

20.333 0.51013 2.9427 2.1169 0.79489

40.667 0.48795 2.9297 2.1052 0.86939

61. 0.46577 2.9167 2.0936 1.0314

81 333 0 44359 2 9039 2 0821 1 2721

SPS-B-1803 42"


112/124

2.6736

81.333 0.44359 2.9039 2.0821 1.2721

101.67 0.42141 2.8912 2.0706 1.6199

122. 0.39923 2.8786 2.0592 2.1294

142.33 0.37705 2.8662 2.0479 3.0582

162.67 0.35487 2.8538 2.0367 5.4521

183. 0.33269 2.8416 2.0255 7.3918203.33 0.31051 2.8295 2.0145 3.8577

223.67 0.28833 2.8175 2.0035 2.751

244. 0.26616 2.8056 1.9926 2.1822

264.33 0.24398 2.7939 1.9818 1.9024

284.67 0.2218 2.7823 1.971 1.7662

305. 0.19962 2.7708 1.9604 1.737

325.33 0.17744 2.7595 1.9498 1.7998

345.67 0.15526 2.7482 1.9394 1.9448366. 0.13308 2.7372 1.929 2.1671

386.33 0.1109 2.7262 1.9187 2.4937

406.67 8.8718e-002 2.7154 1.9085 2.9426

427. 6.6539e-002 2.7047 1.8984 3.5571

447.33 4.4359e-002 2.6942 1.8884 4.5307

467.67 2.218e-002 2.6838 1.8785 6.318

488. 0. 2.6736 1.8687 10.238

508.33 2.218e-002 2.6634 1.8591 6.1914528.67 4.4359e-002 2.6535 1.8495 4.5042

549. 6.6539e-002 2.6437 1.84 3.5236

569.33 8.8718e-002 2.634 1.8306 2.9073

589.67 0.1109 2.6245 1.8214 2.457

610. 0.13308 2.6152 1.8122 2.1177

630.33 0.15526 2.606 1.8032 1.8748

650.67 0.17744 2.5969 1.7943 1.7069

671. 0.19962 2.5881 1.7855 1.6138691.33 0.2218 2.5793 1.7768 1.6052

711.67 0.24398 2.5708 1.7682 1.6826

732. 0.26616 2.5624 1.7598 1.8818

FIGURE 88SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Linearized Equivalent Stress - trans plate

> Figure

SPS-B-1803 42"


113/124

TABLE 73SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Results



membrane+bending


DeformationState Solved

Scope

Scoping Method Named Selection Geometry Selection

System System

Integration Point Results


Results

Minimum 18.988 MPa 14.607 MPa -8.2585e-002 mmMaximum 51.565 MPa 68.295 MPa 0.28993 mm

MinimumOccurs On

weld profile process pipe base plate

SPS-B-1803 42"


114/124

Occurs On

MaximumOccurs On

weld profile process pipe

Information

Time 1. s

Load Step 1Substep 1

IterationNumber

2

FIGURE 89SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Equivalent Stress - process pipe

membrane > Figure

SPS-B-1803 42"


115/124

FIGURE 91SPS-B-1803_42 r0 (6 Systems) > HYD (E5) > Solution (E6) > Radial Axis - Directional Deformation >

Figure

SPS-B-1803 42"


116/124

Linear Buckling (F5)


Object Name Linear Buckling (F5)

State Solved

DefinitionPhysics Type Structural

Analysis Type Linear Buckling


TABLE 76SPS-B-1803_42 r0 (6 Systems) > Linear Buckling (F5) > Analysis Settings

Object Name Analysis Settings

State Fully Defined

Options

Max Modes to Find 1.

Output Controls

Calculate Stress No

SPS-B-1803 42"


117/124

Calculate Strain No


Solver FilesDirectory

C:\Personale\Activities\01 - Jobs\Saipem\33 - 032142 Rabigh II\SPS-B-1803_42\FEAFiles\SPS-B-1803_42_files\dp0\SYS-6\MECH\



Save MAPDL db No


Yes



Solution (F6)

TABLE 77SPS-B-1803_42 r0 (6 Systems) > Linear Buckling (F5) > Solution

Object Name Solution (F6)

State Solved



Refinement Depth 2.

Information

Status Done

FIGURE 92SPS-B-1803_42 r0 (6 Systems) > Linear Buckling (F5) > Solution (F6)

SPS-B-1803 42"


118/124

TABLE 78SPS-B-1803_42 r0 (6 Systems) > Linear Buckling (F5) > Solution (F6)

Mode Load Multiplier

1. 94.828

TABLE 79SPS-B-1803_42 r0 (6 Systems) > Linear Buckling (F5) > Solution (F6) > Solution Information


State Solved





Display Points All

TABLE 80SPS B 1803 42 0 (6 S t ) > Li B kli (F5) > S l ti (F6) > R lt

Minimum Occurs On process pipe

Maximum Occurs On lat plate

TABLE 81SPS-B-1803_42 r0 (6 Systems) > Linear Buckling (F5) > Solution (F6) > Total Deformation - Mode 1

Mode Load Multiplier

1. 94.828

SPS-B-1803 42"


119/124

FIGURE 93SPS-B-1803_42 r0 (6 Systems) > Linear Buckling (F5) > Solution (F6) > Total Deformation - Mode 1 >

Figure

TABLE 83SA-387, Gr. 11, Cl. 1, Plate, 1.25Cr-0.5Mo-Si > Compressive Ultimate Strength

Compressive Ultimate Strength MPa

0

TABLE 84SA-387, Gr. 11, Cl. 1, Plate, 1.25Cr-0.5Mo-Si > Compressive Yield Strength

Compressive Yield Strength MPa

250

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250

TABLE 85SA-387, Gr. 11, Cl. 1, Plate, 1.25Cr-0.5Mo-Si > Tensile Yield Strength

Tensile Yield Strength MPa

250

TABLE 86SA-387, Gr. 11, Cl. 1, Plate, 1.25Cr-0.5Mo-Si > Tensile Ultimate Strength

Tensile Ultimate Strength MPa

460

TABLE 87

SA-387, Gr. 11, Cl. 1, Plate, 1.25Cr-0.5Mo-Si > Isotropic Secant Coefficient of Thermal ExpansionReference Temperature C

22

TABLE 88SA-387, Gr. 11, Cl. 1, Plate, 1.25Cr-0.5Mo-Si > Alternating Stress Mean Stress

Alternating Stress MPa Cycles Mean Stress MPa

3999 10 0

2827 20 01896 50 0

1413 100 0

1069 200 0

441 2000 0

262 10000 0

214 20000 0

138 1.e+005 0

114 2.e+005 086.2 1.e+006 0

TABLE 89

A691 1.25CR

TABLE 92A691 1.25CR > Constants

Density 7.85e-006 kg mm^-3Coefficient of Thermal Expansion 1.458e-005 C -1

Specific Heat 4.34e+005 mJ kg^-1 C -1

Thermal Conductivity 6.05e-002 W mm -1 C -1

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Resistivity 1.7e-004 ohm mm

TABLE 93A691 1.25CR > Compressive Ultimate Strength

Compressive Ultimate Strength MPa

0

TABLE 94A691 1.25CR > Compressive Yield Strength

Compressive Yield Strength MPa

250

TABLE 95A691 1.25CR > Tensile Yield Strength

Tensile Yield Strength MPa

250

TABLE 96A691 1.25CR > Tensile Ultimate Strength

Tensile Ultimate Strength MPa

460

TABLE 97A691 1.25CR > Isotropic Secant Coefficient of Thermal Expansion

Reference Temperature C

22

TABLE 98A691 1.25CR > Alternating Stress Mean Stress

Alternating Stress MPa Cycles Mean Stress MPa3999 10 0

2827 20 0

1896 50 0

TABLE 100A691 1.25CR > Isotropic Elasticity

Temperature C Young's Modulus MPa Poisson's Ratio Bulk Modulus MPa Shear Modulus MPa

1.6328e+005 0.3 1.3607e+005 62800

TABLE 101A691 1.25CR > Isotropic Relative Permeability

Relative Permeability

10000

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10000

A6911.25Cr

550'C

SPSB1803

DESIGNCONDITION

Pipematerial

DesignTemperature

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8.9kg/cm2

1.6mm

165mm

SUPPORTTAG:

LINE

ID

:CALCULATIONNO:

(MM) SUS OPE HYD LATERAL AXIAL

42 19.05 90 150 180 50 50

52 20.62 160 280 300 130 90

60 23.83 200 230 380 140 70

g p

DesignPressure

CorrosionAllowance

Insulation

PIPE

THICKNESSNPS VERTICAL(KN) HORIZONTAL(KN)MAXIMUM

ACTUAL

LOAD

NOTES:

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ELEVATION SIDE VIEW

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600

SPS-B-1803_42 Mechanical Report r0

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