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Career Program
Pipe Stress Engineer
★★★★★ 4.9 (638 ratings)
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Invest in your pipe stress expertise with a structured program designed for busy professionals. Develop job-relevant knowledge to fully understand pipe stress analysis, interpret results with confidence, and contribute more effectively to technical discussions and project decisions.
This self-paced Program teaches you everything from the basic loads and supports to code-compliant calculations, failure mechanisms, allowable values and solving overstressed systems with special focus on the ASME B31.3 and EN 13480 design codes.
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€ 675 (excl. VAT)
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Purchasing through your company?
Need approval from your manager first?
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798
Enrolled Engineers
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4.9 / 5.0
Average Rating
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20 PDH
Certified
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8 weeks
Average Completion Time
Lesson Previews
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Module 1 (3.5hr)
Basics of Pipe Stress
- Learn the basic definitions and pipe properties.
- Understand forces, moments and external loads.
- Explore stress types, directions and strain theory.
- Get introduced to piping codes, code stress and allowable values.
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Module 2 (3hr)
Supporting and Loads
- Learn how pipe supports control movement.
- Understand support types and steel structures.
- Explore stiffness, gaps and friction.
- Apply load conditions and imposed displacements.
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Module 3 (1hr)
Piping Components and Supports
- Understand welded attachments and trunnions.
- Review cryogenic and high-temperature supports.
- Explore anti-vibration and spring supports.
- Learn how expansion joints, struts and snubbers work.
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Module 4 (3hr)
Failures and Allowable Values
- Learn the main load types in piping.
- Understand piping failure mechanisms.
- Explore sustained, occasional and operating loads.
- Apply expansion, fatigue and load cases.
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Module 5 (2.5hr)
Performing Pipe Stress Analysis
- Perform a piping flexibility analysis.
- Use SIFs and code stress definitions.
- Check nozzles, flanges and support loads.
- Review and understand displacements.
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Module 6 (1hr)
Reporting a Pipe Stress Analysis
- Learn how to report pipe stress analysis.
- Build clear and complete analysis reports.
- Create stress isometrics and audit documents.
- Use piping stress checklists effectively.
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Module 7 (3hr)
Solving Overstressed Locations
- Identify overstressed piping locations.
- Improve model detail and resolution.
- Develop practical design improvements.
- Apply expansion loops and bellows.
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Module 8 (1hr)
Flange Leakage Calculations
- Understand flange leakage calculations.
- Apply Kellogg’s equivalent pressure method.
- Calculate flanges using ASME VIII.
- Review API TR 6AF flange methods.
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Module 9 (1hr)
Non-standard Materials
- Know different non-standard piping materials.
- Understand FRP piping behaviour.
- Review buried piping system effects.
- Explore water hammer phenomena.
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Module 10 (1hr)
Pipe Stress Special Cases
- Get introduced to special piping stress scenarios.
- Review settlement and high-pressure piping.
- Explore slug flow, surge and PSV loads.
- Understand AIV, FIV and other vibrations.
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Ready to Master Pipe Stress?
Learn code-compliant stress calculations, failure prevention, and engineering judgment from industry experts.
Why choose EngineeringTrainer
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Structured programs to build expertise
Job-relevant courses to grow the technical competencies that advance your career
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Designed for busy engineering professionals
Study at your own pace, when your schedule allows, so you can keep building skills alongside day-to-day project work.
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Stand out during technical discussions
Build practical engineering knowledge that helps you contribute with more confidence in project work and discussions.
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Earn recognised proof of your new skills
Receive certificates that help demonstrate your technical growth in annual reviews and job interviews.
Who Is This Training Program For?
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Junior Pipe Stress Engineers
Starting pipe stress engineers (0-3 yr experience) building foundational understanding of Pipe Stress and the ASME B31.3 and EN 13480 codes
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Pipe Stress Software Users
Those using CAESAR II, AutoPIPE, or similar software and needing to strengthen their technical know-how and engineering judgement
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Experienced Piping Designers
Piping Designers with a good understanding of Pipe Stress make better initial piping & support layouts and avoid reworks
About The Instructor
What others say about our Programs?
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I have found the program to be of very high quality. The focus on practical guidelines and actual implementation on top of theoretical explanations make it directly applicable in my job.
Karen Junius (Senior Mechanical Engineer)
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I found that the NozzlePRO Essentials Program helped to expand my knowledge and provided additional insight that can be applied to our designs.
Miles Duvall (Engineering Manager)
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This is the most complete Fiberglass Reinforced Plastic (FRP) Engineering for Piping Systems training on the market and is current with the latest version of the ISO 14692 code.
Edgar Perez (Senior Piping Engineer)
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Get Certified
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EngineeringTrainer certificates validate your expertise,
support your professional accreditation with PDH, CPD, CEH (and similar),
and enhance your credibility in the workplace. Gain the recognition you deserve and take the next step in your professional growth. Enroll today!
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Use this form for company-funded training, invoice requests, or team pricing. We’ll follow up with the right details for your purchase.
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Ready to Master Pipe Stress?
Learn code-compliant stress calculations, failure prevention, and engineering judgment from industry experts.