Masterclass: The Foundations of Pipe Stress Analysis
Masterclass: The Foundations of Pipe Stress Analysis
About the course
Welcome to the Fundamentals of Pipe Stress instructor-led masterclass — your starting point for understanding how we analyze stress in piping systems. Designed for early-career piping engineers or those seeking to revisit the basics, this instructor-led course explores not just what we do in pipe stress analysis, but why we do it the way we do. We'll go back to the beginning looking at stress directions in piping and the behavior of pressurized cylinders, leads us to key concepts such as radial stress, internal forces, and moments.
Guided by a senior piping expert from industry, you'll gain a solid grasp of stress versus strain, Mohr’s circle, and principal stresses, along with widely used failure criteria including Von Mises, Tresca, and Rankine. The live session concludes by tying these fundamentals to the design rules that are being used the ASME B31.3 design code.
Your instructor will encourage an open discussion, answering your questions throughout the session to ensure you leave with a clear, confident understanding of the fundamentals of pipe stress analysis.
Meet your instructor
Learning Outcomes
After this live masterclass you,• Understand the fundamental stress directions in piping and the behavior of pressurized cylinders.
• have developed a solid grasp of key stress concepts including stress vs. strain, Mohr’s circle, and principal stresses.
• familiar with the common stress failure criteria such as Von Mises, Tresca, and Rankine in the context of piping systems.
• seen how these fundamental stress concepts relate to the ASME B31.3 design code requirements
Who should attend this course
• Junior piping engineers (0 to 3 years experience).• Those using pipe stress software who want to know what is behind the analysis.
• Pipe designers that want to increase their analysis capabilities.
Program & Details
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The Foundations of Pipe Stress Analysis
Live
1. Stress directions in piping
2. A pressurized cylinder
3. Radial Stress Forces & Moments on piping
4. Stress versus strain relationships
5. Mohr’s circle & principal stresses
6. Stress failure criteria : Von Misses, Tresca & Rankine
7. Pipe stress as per the ASME B31.3 design code
Certification

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A good simple explanation of Pipe Stress
Engineer - KH Engineering