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Static equipment service
Pipe Stress Analysis
Pipe stress analysis support for process piping, pipeline stations, high-temperature systems, rotating equipment connections, and critical lines. Engineers can build or review CAESAR II / AutoPIPE models and produce clear stress reports.



Detailed Scope
- Sustained, occasional, expansion, operating, test, wind, seismic, PSV, slug, and settlement load cases.
- Flexibility analysis, expansion loop sizing, spring hanger review, and support optimization.
- Nozzle load checks for pumps, compressors, turbines, vessels, exchangers, and tanks.
- Buried pipe, crossing, anchor, guide, stop, and friction sensitivity review where required.
- Stress report preparation with clear recommendations and support load summaries.
Overview
- Pipe stress analysis support for process piping, pipeline stations, high-temperature systems, rotating equipment connections, and critical lines. Engineers can build or review CAESAR II / AutoPIPE models and produce clear stress reports.
Typical Input Documents
- Isometrics
- Line list
- Piping specifications
- Equipment allowable loads
- Operating cases
Typical Deliverables
- Stress analysis report
- CAESAR II / AutoPIPE model review
- Support load table
- Nozzle load summary
- Critical line list comments
Software Used
- CAESAR II
- AutoPIPE
- Navisworks
- AutoCAD Plant 3D
Typical Timeline
- 1Initial review: 1-2 working days
- 2Model or calculation cycle: 3-7 working days
- 3Client response and final report: 1-3 working days
Who Should Request This Service
- EPC contractors needing specialist support during proposal, detailed engineering, or closeout.
- Fabricators needing checked calculations, drawings, MTOs, or vendor response support.
- Operators and industrial clients needing independent technical review before approval or fabrication.
Workflow
- 1Criticality screening
- 2Model build or audit
- 3Load case setup
- 4Code compliance check
- 5Support recommendations
Common Applications
- Compressor piping
- High temperature lines
- Tank nozzle piping
- Pipeline stations
- PSV discharge systems
