Pipe Stress Analysis & Supports

This course provides a practical understanding of pipe stress analysis and the selection of appropriate piping supports for industrial piping systems. Participants learn the fundamentals of piping flexibility, thermal expansion, sustained loads, occasional loads, and operating conditions, along with the effects of temperature, pressure, weight, vibration, and external forces on piping systems. The course introduces stress evaluation methods used to ensure piping systems meet applicable design requirements and engineering standards. Participants learn about different types of pipe supports, restraints, anchors, guides, line stops, and spring supports, as well as support location, spacing, load distribution, and selection based on piping system requirements. It also covers thermal expansion, flexibility analysis, equipment nozzle loads, and the interaction between piping and connected equipment. Practical concepts related to stress-critical lines, expansion loops, flexibility requirements, and support arrangements are discussed to help participants understand real-world piping applications. Participants gain knowledge of common piping stress problems, support-related issues, and troubleshooting methods. The course ultimately helps engineers develop practical skills for designing, reviewing, and optimizing safe, reliable, and efficient piping systems.