Dynamic Pipe Stress Theory

By: Dynaflow Research Group
On-Demand

Dynamic Pipe Stress Theory

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About the course

Explore the fundamentals of dynamic pipe stress analysis. Cover key concepts and definitions, modal analysis, and dynamic load factors. Learn about quasi-static analysis, pipe modeling, and flexibility factors for dynamic assessments. Examine supporting structures and their role in dynamic analysis. Ideal for engineers seeking a thorough understanding of dynamic stress theory in piping systems.

On-Demand
1hr 13mins Content
1 PDH Credit
English
SPC131M2

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Partner

Dynaflow Research Group

Specialised Engineering firm

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

Dynamic Pipe Stress Theory

1. Concepts & definitions Part 1
2. Concepts & definitions Part 2
3. Modal analysis Part 1
4. Modal analysis Part 2
5. Dynamic Load Factor (DLF) Part 1
6. Dynamic Load Factor (DLF) Part 2
7. Quasi-static analysis Part 1
8. Quasi-static analysis Part 2
9. Pipe modeling for dynamic analysis
10. Pipe flexibility factors for dynamic analysis
11. Supporting structures for dynamic analysis