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05. Why are hoop stresses 0.00 / None in AutoPIPE?
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Pipe and Vessel Stress Analysis - Wiki
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"Acceleration" sub-report using Results> Output Report in AutoPIPE
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"Analysis summary" sub-report using Results> Output Report in AutoPIPE
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"Code Compliance" sub-report using Results> Output Report in AutoPIPE
01a. What does the [xx%] mean in AutoPIPE's code compliance report?
01b. What does the [TR] mean in AutoPIPE's code compliance report?
01c. What does "*w/sus. load margin" mean in the AutoPIPE's Code compliance output report?
02. Why are Code stress results different after adding an extra node point to pipe run / bend in an AutoPIPE model?
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03. Comments, Questions, and Answers about AutoPIPE's Hoop code combination
01. Why is the ‘Max P’ load-case a default AutoPIPE Code combination?
02. AutoPIPE results does not seem to consider the pipe properties wall thickness with regards to Corrosion Allow. or Mill tolerance, only the Hoop Stress changed, why?
03. Why are the HOOP stress results different throughout the AutoPIPE model?
05. Why are hoop stresses 0.00 / None in AutoPIPE?
06. How to set HOOP Stress allowable for both Operating or Design Pressure in AutoPIPE?
04. How to get stress results for gravity load-case only in AutoPIPE?
05. Thermal loading does not seem to be applied in the axial direction in AutoPIPE model, why?
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06. SIF values in Code Compliance report of AutoPIPE
07. Why are stress results greater for a slower wind speed than a higher wind speed in AutoPIPE's Code stress Report
08. The AutoPIPE code combination value of "Max Range {TR]" does not match the indicated combination value or any of the other Expansion combination values, why?
09. What to do when dynamic Response Spectrum exceeds a code allowable when using AutoPIPE?
10. Why are there no normal Code Combination result, only HDPE combinations appear in AutoPIPE's output report?
13. Why does AutoPIPE appear to be using the valve material when computing the allowable stresses?
14. What physical properties (OD and thickness) are used at welded elbows to calculate the Indices, Stiffness, Flexibility, Section Modulus and Pressure Stiffness using the ASME NB code in AutoPIPE?
15. Why is model over stress due to Harmonic loading in AutoPIPE's reports?
16. Why is model over stress due to Hydrotest load-case when using AutoPIPE?
17. Why are results for a combination subtracting dynamic load cases (ex. GRT1P1 +U1 -S1 -R1) higher than when adding the same dynamic load cases (ex. GRT1P1 +U1 +S1 +R1) in AutoPIPE?
18. Would code stress results be the same regardless of which piping code was used in AutoPIPE?
19. Bending Stress reported by AutoPIPE is different from hand calculated values, why?
20. Time History Results on symmetric model does not match when using AutoPIPE, why?
"Cumulative Usage Report" sub report using Results> Output Report in AutoPIPE
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"Displacement" sub report using Results> Output Report in AutoPIPE
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"Equipment" sub report using Results> Output Report in AutoPIPE
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"Forces & Moments" sub-report using Results> Output Report in AutoPIPE
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"Frequencies" sub-report using Results> Output Report in AutoPIPE
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"General Stress" sub-report using Results> Output Report in AutoPIPE
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"Mode Shape" sub report using Results> Output Report in AutoPIPE
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"Preliminary Stress" sub-report using Results> Output Report in AutoPIPE
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"Reference Point Loads" sub-report using Results> Output Report in AutoPIPE
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"Restraint" Sub-report of the Output Report in AutoPIPE
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"Result Summary" sub-report using Results> Output Report in AutoPIPE
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"Soil" sub report using Results> Output Report in AutoPIPE
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"Stress Indices" sub-report using Results> Output Report in AutoPIPE
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"Stress Summary" sub-report using Results> Output Report in AutoPIPE
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"Support" sub report using Results> Output Report in AutoPIPE
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a. "Flange Analysis" sub-report in AutoPIPE
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b. "Spring Hanger analysis" sub report using Analyze> Spring Hanger> Print Report command in AutoPIPE
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_AutoPIPE's Output report Cover and Title page
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03. Component Data Listing (Model Input Listing) FAQ in AutoPIPE
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05. Why are hoop stresses 0.00 / None in AutoPIPE?
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Wed, Sep 22 2021 5:31 PM
Mike Dattilio
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Tue, Aug 28 2018 12:03 PM
Mike Dattilio
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Mike Dattilio
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Thu, Oct 13 2016 10:51 AM
Mike Dattilio
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Mike Dattilio
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Mike Dattilio
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Mike Dattilio
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Mike Dattilio
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Mike Dattilio
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