Performing Vibration Measurements for Pipe Stress Assessment
Performing Vibration Measurements for Pipe Stress Assessment
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- Advance Technical Competences
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About the course
This course teaches you all the fundamentals required for performing vibration measurements for pipe stress assessment.
It includes discussions of the mechanics involved in piping vibrations, their potential causes, but also guidelines for estimated the severity and detailed analysis techniques. By means of real-life cases, typical mitigation techniques are presented.
The course provides a toolbox to understand and investigate piping vibrations. You will be able to quickly assess whether a piping vibration might be an issue for the integrity of the system and can plan a more detailed analysis based on this assessment.
The course starts with an overview of important concepts such as potential sources of vibrations and existing rules of thumb for assessment. It also includes a detailed discussion of the information required for a detailed dynamic stress assessment in pipe stress software and the associated considerations.
The course consists of 4 online courses based on video content.
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Partner
Dynaflow Research Group
Specialised Engineering firm
Learning Outcomes
After this course, you...• Have a basic understanding of different excitation mechanisms for piping systems,
• Understand measurement techniques and data,
• processing steps,
• Are able to use rules of thumb for piping systems at hand,
• Can perform direct assessments techniques,
• Are introduced to detailed mechanical analysis methods and its concepts,
• Understand different mitigation techniques.
Who should attend this course
• Those involved in assessing piping vibration issues.• People required to read and understand technical reports on vibration issues.
• Engineers interested in understanding piping vibrations.
Prerequisites
Basic understanding of piping systems is beneficial.Program & Details
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Vibration Theory
1. Potential vibration issues in piping systems
2. Types of vibrations in piping systems
3. Vibration sources part 1
4. Vibration sources part 2
5. Mechanical eigenmodes and vibration
6. Mechanical eigenmodes in piping
7. Good practices considering eigenmodes
8. A sample of the first module is available for free, so you can learn more about the teaching style and understand if the course fits your needs. -
Vibration Assessment
1. Describing vibrations in piping systems
2. Direct assessment method and guidelines
3. Stress calculation in piping systems
4. Flexibility factors for your model
5. Linking measurement with theoretical model
6. Fatigue assessment for piping vibrations -
Performing Vibration Measurements
1. Measurement Goals
2. Measurement equipment for piping vibrations
3. Mounting options on piping
4. Measurement locations in piping systems
5. Operating conditions considerations
6. Data settings and post-processing -
Case Study
1. Crude transport pipe
2. Previous solutions
3. System analysis
4. Problem solving
5. Follow-up
6. Solution verification
7. Conclusions
Certification
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