DATA: An 8” NB Schedule 80 pipe (see Fig. 1A) connects two equipment at nodes 10 and. 30 with an offset of 4′ (i.e., equal to distance between nodes 20 and. Input File: PDS Neutral File .n). Output File: CAEPIPE Model File .mod). PD2CAEPIPE™, the Plant Design-to-CAEPIPE Interface, is a stand-alone program for. CPTOPSTM User’s Manual. MANUALS/CPTOPS/man1/doc1. Issue December, CAEPIPE-to-PIPESTRESS. CPTOPSTM. User’s Manual. Server Version 7.
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Releases for Hanger SelectionAn Anchor by default acts in the six directions. You can select the data type by clicking on the radio button or pressing the caepioe letter ofthe item, e. The intermediate nodes can be used for inputting data items such as flanges, hangers,forces, etc.
Clickon All or None button to select all or deselect all the items with one click.
From the Results dialog, pickSoil Restraints. Use Friction in Dynamic AnalysisFriction is optional in dynamic analysis. Image can be printed, too. Windows or later 2. Type 30 for Node, press Tab to move to the Type field. WeightThis is the total weight of the Hinge joint assembly. You may need to follow a system for numbering just to make parts of the system easilyrecognizable; all branch lines could get node numbers greater thanall bypass linescould get node numbers greater thanand so on.
A beam is input by typing “bea” in the Type column or by selecting “Beam” from theElement type dialog. The axis or the orientation of an item listed aboveis called the direction vector which isdescribed in terms of the vectors global Vaepipe, Y and Z components.
Double click on Restraint. Now, generate the rest.
SST Caepipe English version 7.0 fully functional pipe stress analysis software
Then input the Force spectrum name defaults to the Time function nameMaximumfrequency, Number of frequencies and the Damping. When you select No color coding, stresses or stress ratios are plotted as numeric values,i.
Cut-off frequency is 33 Hz; friction at supports is considered in dynamic analysis.
Changing so will also use less toner when you print a graphics image. Many thoughtful and useful details in the program allow caelipe to work more productively.
,anual addition to generating thermal stress ranges in the piping system, cyclic thermal loads impose loads on static and rotating equipment nozzles. Three Pipe elements with 4 node points starting from node Bend ThicknessInput the wall thickness of the bend if it is different from that of the adjoining pipethicknesses.
Tocorrect this, this bend needs to turn into any direction other than Y. The first set ofcommands is for showing the support load summary for other supports, one at a time. You are asked for the range when you select this command from the Edit menu.
Viewpoint F4 Viewpoint F4 Use this command to set the graphics viewpoint. More information about Direction cosines is available under the section on Direction Reference. The cutoff frequency and number of modes are used togetherto arrive at the modal solution. General Procedure to model buried piping1. You could also inputthermal and seismic displacements if required.
The Hanger dialog is shown. Node 20 will be automatically assigned and the cursor will move tothe Type column. For our example, define two soils – one cohesive and the other cohesionless with propertiesas shown in the following dialogs.
Hence, the system frequencies in modalanalysis tend to increase. Folder FolderSelect any folder to which you as a user have write permission. None NoneTo deselect all items, click on the None button.