Dynamic Stress Analysis of Industrial Piping Systems

By: Dynaflow Research Group
Learning Path

Dynamic Stress Analysis of Industrial Piping Systems

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About the course

This course teaches you all the fundamentals of dynamic stress assessments of piping systems.

By means of presentations, demonstrations and discussions of cases you will learn the theory, physics and computational methods applied in modern day pipe stress assessments of dynamic phenomena.

Topics such as model analysis, Dynamic Load Factor (DLF), spectrum analysis and time history analysis are discussed in detail. Comparisons are made between the different techniques that allow you to judge which one is most suitable for your situation.

The course consists of 4 online courses based on video content.

Learning Path
4hr Content
4 PDH Credits
English
SPC131

This is your partner

Partner

Dynaflow Research Group

Specialised Engineering firm

Learning Outcomes

After this course, you...
• understand the different dynamic analysis techniques used by pipe stress software,
• have seen numerous examples of how these techniques are applied to assess pipe vibrations,
• are familiar with the theory and concepts behind modal analysis, time history analysis, harmonic analysis and spectrum analysis,
• are able to judge which technique is most suitable for your situation.

Who should attend this course

• Pipe stress engineers that want to understand dynamic stress assessment for piping systems.
• Users of CaesarII and other pipe stress software that have experience with static analysis.
• Pipe stress engineers that want to expand their knowledge into dynamic assessments.
• Those conducting dynamic stress assessments that want to deepen their understanding.

Prerequisites

Basic understanding of static pipe stress analysis is required.

Program & Details

Welcome

1. Welcome & Your instructor
2. Content overview
3. How to use this course
Course 1 - Understanding Vibrations in Piping Systems

Relevance of dynamic assessment
Types of vibrations in piping systems
Vibration sources in piping systems
Vibration allowables for piping systems
Typical analysis methods for vibrating pipes
Course 2 - Dynamic Pipe Stress Theory

Concepts & definitions Part 1
Concepts & definitions Part 2
Modal analysis Part 1
Modal analysis Part 2
Dynamic Load Factor (DLF) Part 1
Dynamic Load Factor (DLF) Part 2
Quasi-static analysis Part 1
Quasi-static analysis Part 2
Pipe modeling for dynamic analysis
Pipe flexibility factors for dynamic analysis
Supporting structures for dynamic analysis
Course 3 - Modal, Harmonic, Spectrum and Time History

Modal coordinates Solution method - part 1
Modal coordinates Solution method - part 2
Spectrum analysis Solution method - part 1
Spectrum analysis Solution method - part 2
Time history analysis Solution method
Analyzing water hammer Example - Part 1
Analyzing water hammer Example - Part 2
Harmonic analysis in piping systems
Course 4 - Further Examples and Methods Comparision

Compressor loads Example - Part 1
Compressor loads Example - Part 2
Compressor loads Example - Part 3
Compressor loads Example - Part 4
Q-Static vs. Spectrum earthquake loading - Part 1
Q-Static vs. Spectrum earthquake loading - Part 2
Recap dynamic stress analysis
Final Notes & Certificate

1. Congratulations
2. Course evaluation survey
3. Your Personal Certificate
4. Rate this course
5. Related courses