Applies To Product(s): AutoPIPE, Version(s): 2004, XM, & V8i Environment: N/A Area: Error Messages Subarea: Original Author: Bentley Technical Support Group Item #1: The following appears when reviewing the results grids: --------------------------- Bentley AutoPIPE --------------------------- Query is too complex. --------------------------- OK --------------------------- And then --------------------------- Bentley AutoPIPE --------------------------- The SELECT statement includes a reserved word or an argument name that is misspelled or missing, or the punctuation is incorrect. --------------------------- OK --------------------------- Why does this occur and how to avoid it? Answer: The problem is occurring due to the number of printable combinations exceeding 254. This is a database related limitation. AutoPIPE 09.06.00.19 and lower cannot specify more than 254 comparison cases as criteria in result grids while querying the database. This issue is general and is repeatable in a fresh model, if more than 254 combinations are created with print flag ON. The avoidance to the problem is to limit the number of combinations using 'Print' flag. This can be performed using Non-code combination tab of Tools- Combinations dialog. Unchecking the "Print" flags for some combinations, so that the total number of combinations with print flag enabled not exceeding 254, the issue can be avoided. Item #2: The following is displayed when trying to analyze a flange in the flange analysis module (Tools Model Options Flange Analysis): --------------------------- Bentley AutoPIPE --------------------------- The required information is missing for this flange. --------------------------- OK --------------------------- Why does the is happen and how to resolve it? Answer: With the Flange Analysis module open, confirm which Analysis Method is being used, ANSI check or other. For ANSI check Analysis Method, review the ANSI Check tab only. If Analysis Methods is ASME Section VIII Div 1, ASME Section VIII Div 2, or ASME Section III Appendix X the user must review 5 tabs of data (i.e. Load, Flange, Pipe, Bolts, and Gaskets). For each tab confirm that all the values needed are not blank or 0.00 (see Tips and Tricks feature ) Example: For Analysis Method = ASME Section VIII Div. 1, on the Load tab, it is optional for External Pressure = 0.00: However, upon further review of Pipe, Flange, and Bolt Tabs, the Allow. Stress At Amb. Temp. = 0.00 deg C: This is Wrong. There should be a value here instead of 0.00. Looking back on the Load Tab, what is the Amb temp.setting: Amb temp = -20.0 deg C. Select any one of the 3 tabs (Flange, Pipe or Bolt Tabs) and press the "Select" button in the "Select Material" column that corresponding to the specific flange row in question. The minimum Temperature Dependent property for this selected material = -6.67 deg C. Therefore the Ambient Temperature on the other tab should not be any higher than -6.67 deg C. Otherwise the value must be changed in the model. Use the following procedure to update the data accordingly: 1. Change the ambient temperature from -20 deg D to within the material allowable table values -6.67 to 898.89 deg C, re-analyze the model, and re-enter the Flange Analysis module. 2. Update the Allow. Stress at Amb Temp values by changing the Flange Material on the Flange Tab, Pipe Material on the Pipe Tab, and Bolt Material on the Bolt tab to a different value and then back to the same value. Example: on the Flange Material tab, change SA-105 to SA106-b for all rows, notice that the values in the table to the far right were updated. Once more, change the material value from SA106-b back into SA-105. Using the power if the grids update the other rows as needed. Repeat same procedure for the other 2 tabs. 3. Continue to review and update the tabs as needed. When completed return to the Analysis Tab. 4. On the Analysis Tab, check the flanges to be analyzed and press the analyze button. If all the data has been entered and refreshed the following should appear : --------------------------- Bentley AutoPIPE --------------------------- Total number of flange analyzed : 75 --------------------------- OK --------------------------- Note: Total number may be different per your analysis. Item #3: The following is displayed when selecting a gasket material on the Gasket tab of the Flange Analysis module in AutoPIPE V8i 09.05.00.21: --------------------------- Bentley AutoPIPE --------------------------- The Gasket Material [SPIRAL-WOUND ALLOY WITH MINERAL FIBER FILL] is not available in the GasketMaterials Table. --------------------------- OK --------------------------- How to Avoid and resolve the problem? Answer: something has happened in the database of this module. The library data has appeared to be decoupled from the module. To fix the issue, reset the library data. Reset the library data: 1. Select the "More Options" button in the upper left corner of the screen, and press the "Highlight incomplete flanges" option. This should show color on the tabs where data is incomplete (i.e. Gasket tab is brown) 2. Select the "Analysis" Tab, change " Analysis Method " setting to a different value. 3. Select the "Flange" Tab, change the " Flange / Bolt Dimensions " setting to a different value (ex. NS). 4. Re-select the "Analysis" Tab, change " Analysis Method " setting back to the original settings. 5. Re-select the "Flange" Tab, change all values back to their original settings. 6. Select the "Pipe" tab, reset the "Pipe material library" and " Pipe material " back to the original settings. 7. At this point the "Gasket" tab and other tabs that were incomplete should be grey now. 8. Re-select the "Analysis" tab, check those flanges to be analyzed and press the "Analyze" button in the top right corner of the screen. Note: the newer version of AutoPIPE V8i 09.06.xx.xx and higher does not display this error message. See Also Bentley AutoPIPE External Links Bentley Technical Support KnowledgeBase Bentley LEARN Server Comments or Corrections? Bentley's Technical Support Group requests that you please submit any comments you have on this Wiki article to the "Comments" area below. THANK YOU! ASME Section VIII, Division 2
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