Load Combination Cases for Pipe Stress Analysis

Core
1hr 30min
A Self Paced Course

Self paced
Trusted by professionals
Certification included
Industry standard content

Why take this course?

This course explores load combination cases for pipe stress analysis, including basic and advanced combinations, scalar methods, non-linear effects, and accidental loads. Through detailed examples and practical exercises, participants will develop skills to manage complex pipe stress scenarios effectively. The course includes video lectures, quizzes, and offers a certificate with PDH credits upon completion.

Load Combination Cases for Pipe Stress Analysis

Library: Core

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Quotation for your Team

1-Year Access
Training by Industry Experts
100% Online Course

About the course

This course delves into load combination cases for pipe stress analysis, covering basic and advanced load combinations, scalar combinations, non-linearities, and accidental loads. Through detailed examples and exercises, you'll learn to effectively apply these concepts in real-world scenarios, enhancing your skills in managing complex pipe stress situations. Ideal for engineers and industry professionals.

Self-Paced
1hr 30min
1.5 PDH Credits
English
SPC502M2

Meet your instructor

Stressman Engineering

Pipe Stress, Piping Design, FEA, Ansys

Who should attend this course

• Piping Design Engineers & Piping Design Leads which are required to understand the basics of pipe stress engineering to make the right decisions.
• Junior Pipe Stress Engineers with 0• 3yr experience.
• Mechanical, Process and Structural engineers that require a broad perspective on piping system design.

Prerequisites

Technical background

Program & Details

Load Combination Cases for Pipe Stress Analysis

1. Load Combination Cases Part A
2. Basic Load Combinations Part B
3. Load Combinations Example Part C
4. Load Case Combinations Part D
5. Load Case Combinations Part E
6. Load Case Combinations Part G
7. Scalar Combinations of Loads
8. Non-linearities
9. Load Combinations Example for Pipe Stress Analysis
10. Accidental Loads