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Integration with STAAD.Pro
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Bentley's IEG Team Bridging the Engineering Gap
Have you wondered if there was a better way for your
pipe stress engineers to communicate changes in geometry
or loading of your piping model to the structural engineering
group? Is your team wasting time reading support types
and loadings from piping isometric drawings and/or Excel
spreadsheets and reapplying them to the structural model?
Ever wondered if you are over (or under!) designing
your structure by ignoring the combined stiffness behavior
of your piping and structural models?
With the integration of Bentley's world renowned AutoPIPE
and STAAD.Pro, you can now ensure the continuity of
workflow and data between your disparate engineering
teams. Read further on how Bentley is bridging the gap
between piping and structural engineers.
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Integrated
AutoPIPE piping and STAAD structural model
- Apply piping loads directly from AutoPIPE or ADLPipe
- Improved productivity
- Faster & more accurate workflow
- Reduce design delays and rework
- Early clash detection
- Automated digital versus current manual methods
- More accurate combined structural and piping stiffness
solution
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Pipe Stress Model in AutoPIPE
- Non-linear analysis
- Deadweight, Thermal, Seismic, Wind loadings
- Certified to international piping codes
- Export Piping Model + Support Loads to STAAD.Pro
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STAAD vs AutoPIPE
- Matching Coordinate Systems
- Matching Support Nodes
- Manage piping & structure connections either
graphically or using built-in spreadsheet.
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Transfer Pipe Support Loads onto the
STAAD Structure
- Pipe Support loads automatically imported onto the
structure
- Save hundreds of man-hours on today's manual methods
- Reduce design delays and rework
- Avoid costly mistakes in manually entering load
data which could lead to structural failure.
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Interference Check in STAAD.Pro
Early clash detection to avoid costly rework by using
the latest design piping and structural models.
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Combined Structure + Piping Stiffness
No longer under or over-estimate pipe support loads.
Non-linear structural and piping interaction for realistic
support and structure loadings.
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