Pipe Stress Analysis Webinar and Workshop Recording

This workshop was performed during Plant Engineering Workshop 2020 (PEW20) at the International Institute of Plant Engineering and Design (InPED).

In this workshop recording you will see:

  • How to model the pressure vessel
  • How to consider vessel thermal expansion
  • How to consider the vessel nozzle flexibility
  • What is the global and local flexibility?
  • How to check the nozzle allowable loads
  • How to check the nozzle stresses using WRC 537/297 and Finite Element Analysis (FEA)
  • How to model the pump, turbine, compressor
  • How to check the allowable loads on pump, turbine, compressor
  • How to reduce the loadы on equipment
  • How to consider the more accurate tee flexibilities and SIF factors using ASME B31J
  • How to model the tank nozzle flexibilities, subsidence, bulging, and thermal expansions
  • How to check the tank nozzle loads using API 650 and Finite Element Analysis (FEA)
  • How to create the load cases with different temperatures, pressures, etc.
  • How to avoid the zero anchor loads
  • How to model the buried piping, what is a restrained and unrestrained zone
  • How to model the water hammer loads
  • How to add the seismic loads

Pipe Stress Analysis Workshop Recording

Video 1: Pipe Stress Analysis using START-PROF Workshop Recording

Pipe Stress Analysis Webinar Recording

Video 2: Pipe Stress Analysis Webinar Recording
READ  Interpretation of External Load On Nozzle Flange using PV Elite & Code Case 2901 (PDF)

Alex Matveev

Alex Matveev is the head of the PASS/START-PROF pipe stress analysis software development team, which is developed since 1965. Also, He offers technical support and training for users of their software that number already 3000+, industry standard in several countries for 50+ years.

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