Pipe Stress Engineering Fundamentals

Teach those involved with piping systems the basics of material stresses and stress compliance checks in piping systems.
Free tutorial
Rating: 4.3 out of 5 (111 ratings)
2,775 students
41min of on-demand video
English
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Pipe Stress Engineering basics
Know the relevant material stresses in piping and their equation
Understand Equivalent Stresses
Know how 3D stress states are linked to a single stress allowable value
Stress failure criteria: Von Misses, Tresca & Rankine
Mohr's circle & principle stresses

Requirements

  • Basic understanding of piping systems is benificial

Description

In this course, you will learn more about material stresses in piping systems.


Topics Include:

  • Pipe Stress Engineering basics,

  • Stress definitions in piping,

  • Know the relevant material stresses in piping and their equation,

  • Know how 3D stress states are linked to a single stress allowable value,

  • Stress failure criteria: Von Misses, Tresca & Rankine,

  • Mohr's circle & principal stresses.

Course content:

1.1 - Stress directions in piping
1.2 - Stress due to Pressure
1.3a - Rapid Fire Questions
1.3b - A deeper understanding
1.4 - Radial stress
1.5 - Forces & moments on a pipe segment
1.6 - Stress versus strain definitions
1.7 - Mohr's circle & principal stresses
1.8 - Stress failure criteria: Von Misses, Tresca & Rankine
1.9 - Defining stress as per the ASME B31.3 design code

Who this course is for:

  • Students and Professionals working with piping systems
  • Piping design engineers
  • Pipe stress engineers

Instructor

Online Training for Engineering Professionals
Engineering Trainer .
  • 4.3 Instructor Rating
  • 232 Reviews
  • 3,695 Students
  • 3 Courses

After working as an engineering consultant in the Oil&Gas industry for 6+ years, Luuk became head of production at EngineeringTrainer where he realizes high-end online courses for engineering professionals. He holds a masters degree in Applied Physics from the Eindhoven University of Technology. As an engineer, Luuk worked on a multitude of projects related to Pipe Stress Engineering for both static and dynamic loading conditions, Transient Flow-calculations (surge/water hammer), the design, installation supervision and quality inspection of Fiberglass Reinforced Piping (FRP) systems and Finite Element Analysis of heat exchangers and pressure vessels. During these years Luuk quickly became a trainer on the topics of EN13480, EN13445, CaesarII, FRP Engineering and more.

Luuk's background in engineering combined with his passion for teaching enables you to get the most out of his courses

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