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CAU Express 2013 1
Tailoring CAESAR IIDavid Diehl
© Intergraph 2013
CAESAR II
Making CAESAR II your Own
© Intergraph 2013
Introduction
A majority of time allocated to pipe stress analysis is used in building models
Many users use the software “right out of the box” even though there are many ways to improve input efficiency and comfort Screen organization
Program content
Default settings
Display
Output Display/Management
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Program Structure
Executables - 1(the program)
System folder - 2
Registry
Data Folders - 3
[Registry]
C:
…
\Program Files (x86)
\Intergraph CAS
\CAESAR II 2013 R1
x1x
\ProgramData
\Intergraph CAS
\CAESAR II
\6.10
…
\SYSTEM
x2x
…
\”Data Folders”
x3x
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Program Structure
Executables(the program) C:\Program Files (x86)
\Intergraph CAS\CAESAR II 2013 R1
No reason to touch this
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Program Structure
System folder C:\Program Data
\Intergraph CAS\CAESAR II\6.10\System
These files are under your control
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Program Structure
System folder Data
(.FIL) Units
(.FAT) Fatigue data
(.FLG) Flange rating [ASME-2003.G – gasket diameter]
(.EQL) Equipment data
(.FRP) Fiberglass data
(.UMD) User Materials
C2RPTTMPL.XML – stores custom output reports
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Program Structure
System folder Control
(.INP) Input report format
(CAESAR.CFG) Configuration file
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Program Structure
Registry Manages screen presentation (e.g. Element List)
Do not fool around here!
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Program Structure
Data Folders Use to segregate
projects Different settings to
override defaults supplied by SYSTEM
Set local control CAESAR.CFG
(configuration)
Set local units UNITS.FIL
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Data Sources for CAESAR II
Control switches Configuration File (“local” or System)
Program content Material data (program and user data)
Nominal values
Valve/Flange Data; Expansion Joint Modeler
The piping model Your input
“Special Execution Parameters”
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The CAESAR II Configuration (CFG) File
The Configuration File (i.e. CAESAR.CFG) hold many general CAESAR II settings
A program installation dialog will establish the CFG file and store it in SYSTEM
If no CFG in the local folder, CAESAR II will use the SYSTEM CFG
Any changes to CFG in the local folder are stored locally
Use separate folders to separate differing CAESAR II settings
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The CAESAR II Configuration (CFG) File
Many program settings/switches are controlled in the configuration file.
Be aware of when the change occurs (“activation point”):
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Program Input Display
This is the initial screen layout with toolbars all around!
This window area contains the model graphic; there is no piping input spreadsheet here.
The piping input is currently rolled up in a tab.
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Program Input Display
Toolbars My choice:
or build
your own!
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Program Input Display
Building a Custom Toolbar
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Program Input Display
Relocating Tools
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Program Input Display
Update graphics (stored in CFG & Registry)
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Program Input Display
Locating the Piping Input Spreadsheet
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Program Input Display
Using “Tearables”
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Program Input Display
Adjusting plot update CAESAR II will update the plot after each new
element is entered to include the entire model using the default view (southeast)
If you wish to stay focused on a particular section, turn off “Refresh” (This is automatically off on a return to an existing model.)
Very large models may take time to update. You may wish to turn off plot update altogether.
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Editing/Adding Stored Content
Material data
Fatigue, equipment, flange, FRP
Valve/Flange data
Displacement sets
Dynamic data
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Editing/Adding Stored Content- Material Data
CAESAR II has hundreds of materials
But maybe not yours
You can define these materials locally:
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Editing/Adding Stored Content- Material Data
Or, you can add your material to the CAESAR II database
Edit
Erase
Save
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Editing/Adding Stored Content- Material Data
Note that if you are creating a unique name, build it as “All Codes” (then follow with a specific Code, if desired)
Edit, then Search
Different data for different Codes
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Editing/Adding Stored Content- Material Data
Edit then Save
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Editing/Adding Stored Content- Material Data
Your work will not alter the CAESAR II data (stored in CMAT.BIN)
Instead, your data (stored in UMAT1.UMB) will overlay any existing data
These files reside in SYSTEM:
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Editing/Adding Stored Content- Fatigue, Equipment, Flange, FRP
Data sets in SYSTEM can be added or edited Fatigue Curves - *.FAT
Equipment Limits - *.EQL
Flange Classification - *.FLG
Fiberglass Material Data - *.FRP
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Editing/Adding Stored Content- Fatigue, Equipment, Flange, FRP
Formats are similar Lines beginning with an asterisk are comments
Every table has a multiplier for use as units conversion or other factors (e.g. safety)
Here is a set of fatigue data:
N S
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Editing/Adding Stored Content- Valve/Flange Data
Data Structure Class identifies
Specification
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Editing/Adding Stored Content- Valve/Flange Data
Data Structure Spec points to the
data file
Here, flanged 150 Class gate valve data (1” - 30”) is found in \150 in the file GAT_F
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Editing/Adding Stored Content- Valve/Flange Data
Data Structure You can edit this data
Here, flanged 150 Class gate valve data (1” - 30”) is found in \LIB_I\150 in the file GAT_F
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Editing/Adding Stored Content- Valve/Flange Data
Edit data (Weights are “generic”)
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Editing/Adding Stored Content- Displacement Sets
Modular piping offshore can have many imposed displacements at many connection points –requiring many displacement sets
This data entry can be automated
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Editing/Adding Stored Content- Displacement Sets – Example
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Editing/Adding Stored Content- Displacement Sets – Example
Edit the .CSV file in Excel. Here, identify labels and enter 6 displacement sets.
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Editing/Adding Stored Content- Displacement Sets – Example
(Existing data sets table layout)
New data
Import modified data set
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Editing/Adding Stored Content- Dynamic Data
Applied dynamic loads in the form of response spectra and time histories can carry large amounts of data
Response spectra apply to all piping on a single floor of a structure or to and entire plant area –building once and using often is an efficient approach
Transient hydraulic analysis tools can develop massive amounts of load vs. time data for direct use as CAESAR II input.
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Editing/Adding Stored Content- Dynamic Data
CAESAR II provides methods to store these dynamic data sets
This dynamic data, whether provided by the structures group, process engineers or produced by CAESAR II, can be stored on the hard drive and attached to any set of dynamic input.
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Editing/Adding Stored Content- Response Spectrum Data
A response spectrum data set is shown here
Two columns of data: period vs. g
Comment lines begin with an asterisk
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Editing/Adding Stored Content- Response Spectrum Data
The response spectrum data can be “linked” to the dynamic input.
Here is the processed data.
The “hash” in front of the name indicates “read from file”.
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Editing/Adding Stored Content- Response Spectrum Data
The response spectrum data can be read in directly.
This button will open the processor to collect the data.
Spectrum name identifies the two columns of data.
Click here to bring in the data. Select the
data source.
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Editing/Adding Stored Content- Response Spectrum Data
Site or floor data for use in many CAESAR II models.
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Building standard load case lists
Many firms have standardized their load sets
In more and more instances, these are very comprehensive
Seismic, wind, blast
FPSO
Fatigue
… and therefor, tedious and prone to error
You can copy existing load cases from one job to another
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Using Standard Load Case Sets
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Using Standard Load Case Sets
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Using Standard Load Case Sets
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Output
Graphics display
Input Echo
Sorting output
Custom reports
Table display using MS Word
Post processing results
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Output – Graphics Display
The overstress plot can be tuned in both color and the percentage (of allowable) it represents
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Output – Graphics Display
Default Edited
>90% is blue
<60% is white
Clearly shows overstress points
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Output – Input Echo
Recall seeing these *.INP files in the SYSTEM folder?
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Output – Input Echo
The INP files set the format for the input lists.
Here is the beginning of the default element report format (ELEMENT.INP & ELEMENT0.INP):
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Output – Input Echo
Here is another – ELEMENT1.INP:
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Output – Input Echo
CAESAR II uses the “base” .INP file without a numeric suffix (e.g. ELEMENT.INP)
The files with the numeric suffix are available for use (e.g. ELEMENT1.INP)
You can build your own format files as well
Copy the selected file into the “base” name to apply
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Output – Input Echo Example
Selecting the Element List
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Output – Input Echo Example
Using ELEMENT.INP (& ELEMENT0.INP)
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Output – Input Echo Example
Using ELEMENT1.INP
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Output – Sorting Output
Using node labels
Choose your display
Select Node Name under Options
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Output – Sorting Output
Sorting displayed results Simply double-click once or twice on a column
heading:Original (sort by element) 1st double-click on ratio (small to big)2nd double-click on ratio (big to small)
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Output – Sorting Output
Very large models have too much data to review
Reduce scrolling by adding filters to the output report:
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Output – Sorting Output
Using filters
The entire, filtered, report
Filter displayed
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Output – Custom Reports
Combine results in your own reports
In this example the global X, Y, Z displacements will be displayed in terms of South (X), West (Z), and Up (Y)
N
EX
YZ
versus
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Output – Custom Reports
Combine results in your own reports
Start by clicking on “Add new custom report template”
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Output – Custom Reports
Define your report content & format
Sample Display
Displacement in X will be in the first
column (after node), it will be
labeled “South”, Z is next, then Y
Identify report type
and title
Define titles (default)
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Output – Custom Reports
Using your reports
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Output – Table Display using MS Word
You can control the style of tables in MS Word by manipulating OutWord.DOT (a template file) found in the CAESAR II SYSTEM folder
Set you table style and save as OutWord.DOTM
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Output – Table Display using MS Word
: Default table format
Updated table format (stored in
OutWord.DOTM) :
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Output – Post Processing Results
Post processing in MS Excel or MS Access allows you to manipulate results outside of CAESAR II
Here we will confirm the B31.1 expansion stress range formula used by CAESAR II
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Output – Post Processing Results
Collect local element forces and the stress report
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Output – Post Processing Results
Output now in MS Excel
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Output – Post Processing Results
Use those lists to perform additional calculationHere, comparing a hand calculation to CAESAR II reported stress:
∗
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Making CAESAR II your Own
In this session we tailored:
Screen organization
Program content
Default settings
Display
Output Display/Management
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Making CAESAR II your Own
Questions? Comments?
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Making CAESAR II your Own
Thank You