Design and Analysis of FRP Piping Systems
On-demand Course
274min
Edwin Schimmel, M.Sc.
SPC121M35
Format:
On-demand
What you'll learn
Learn the design philosophies for FRP systems with an emphasis on the ISO 14692 design code. Due to the nature of the FRP mechanical properties and manufacturing methods these differ significantly from those for metallic piping.
In this on-demand course participants will learn in detail about:
the concept of Performance Based System Design,
which design codes are available for FRP piping systems,
regression tests and failure tests according to ISO 14692,
fabrication, installation, and operation conform ISO 14692,
constructing a stress envelope for FRP and the difference between the long and short-term envelopes,
the steps in performing a pipe stress analysis for FRP piping and the industry-standard methods to reduce high material stress,
Stress Intensification Factors (SIFs) used in fittings,
soil-pipe interaction for buried piping and the associated failure modes for FRP piping,
ring deflection and buckling calculations for buried FRP piping.
Associated Learning Tracks
Fiberglass Reinforced Plastic (FRP) Engineering for Piping Systems (LT121)
4 Courses, 11hrs
About the author
Access to the On-demand Course
After your purchase is confirmed you receive an account to the EngineeringTrainer online learning portal, where you find the course in your dashboard. You receive 1-year unlimited access to the the training material which allows you to the review the material as required.
A personal digital certificate will be made available to each participant upon successful completion.
Those performing a piping flexibility study for a FRP piping system.
Those wanting to understand how to show that their work flow is in accordance with ISO 14692 design code.
Those looking for a clear explanation of how to build the design envelope for GRP piping.
Those working on the design of underground GRP piping systems.