Udemy – Pipe Stress Analysis Complete Course from PASS 2022-6

Udemy – Pipe Stress Analysis Complete Course from PASS 2022-6 Downloadly IRSpace

Apr 17, 2025 - 20:12 Updated: Aug 17, 2025 - 15:13

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Udemy – Pipe Stress Analysis Complete Course from PASS 2022-6

Pipe Stress Analysis Complete Course from PASS, This course created by experienced piping stress analysis specialists covers all features of onshore above ground and underground piping and pipeline analysis. The course is based on PASS/START-PROF software applying, though it will be valuable for users of any other pipe stress analysis tools like CAESAR II as it contains a lot of theoretical information. PASS/START-PROF provides comprehensive pipe stress analysis with related sizing calculations according to international and national codes and standards. First introduced in 1965, PASS/START-PROF combines a highly efficient solver, powerful analysis features, very friendly and easy user GUI, an intuitive 3D graphical pre/post-processor, and a detailed help system with embedded intelligence from generations of piping design experts.

What you’ll learn

Pipe stress analysis theory. Load types. Stress types. Bourdon effect. Creep effect in high temperature piping, creep rupture usage factor (Appendix V B31.3)
ASME B31.1, ASME B31.3, ASME B31.4, ASME B31.5, ASME B31.8, ASME B31.9, ASME B31.12 code requirements for pipe stress analysis
How to use PASS/START-PROF software for pipe stress analysis
How to work with different load cases
How to model different types of piping supports, spring selection
What is stress intensification and flexibility factors and how to calculate them using FEA and code requirements
How to model trunnion and lateral tees
How to model pressure vessels and columns connection: modeling local and global flexibility, WRC 297, WRC 537, FEA
How to model storage tank connection (API 650)
How to model connection to air cooled heat exchanger API 661, fired heater API 560, API 530
How to model connection to Pump, Compressor, Turbine (API 610, API 617, NEMA SM23)
How to model buried pipelines: Submerged Pipelines, Long Radius Bends Modeling of Laying, Lifting, Subsidence, Frost Heaving, Fault Crossing, Landslide