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This course’ Practical FFP assessment of pressure plant defects using API 579’ is designed as a modular course that is tailored to the specific needs of offshore and onshore engineers working in the field of integrity assessment
The delegate objectives of the course programme are to:
• Gain a broader understanding of failure mechanisms of pressure equipment.
• Understand the role of construction codes (ASME V111/B31.3) in FFP assessment of pressure equipment
• Understand the principles of ‘out-of-code’ FFP assessments and selected methodologies of API 579
The 3-Day training programme covering the techniques of API 579 FFP integrity assessment and how they are applied to corroded and cracked pressure equipment. Classroom training covers the techniques in a simplified way using straightforward examples.
Contents include:
• Design code margins that enable FFP assessment
• Summary of Level 1 and Level 2 assessments
• Assessment of general and local corrosion
• Level 1 crack assessment (easy)
• Using the Failure Assessment Diagram(FAD)
• Level 2 crack assessment (simplified to keep it real)
• Case study exercises (manual calculations so you know what’s going on)
The course is based on manual calculation examples of the most straightforward API 579 modules. These are based on non-elevated temperature applications and exclude complex crack analysis. Some use may be made of FFP software for demonstrating result; however the course is specifically targeted at developing an understanding of the underlying principles rather than specific skills in using proprietary software. Components used as examples include:
• Pipework spools
• Vessels
• Piggable pipelines
Sadly, we will not be teaching you about partial differential equations, fourth order Polynomials, crack-tip plasticity coefficients or trying to sell you software. We stick to the more practical aspects that you need.
The course is suitable for engineers with an interest in assessing corroded vessels/pipes, code and out-of-code assessments but without a detailed knowledge of stress analysis. You will need a reasonable (Secondary School) understanding of Maths.
Delegate assessment
The course assessment will consist of continuous assessment of delegates throughout the duration of the course; particularly during the participation exercises. There will be an end-of course test comprising multiple choice and descriptive questions (this does not include detailed calculations) with a pass mark of 70%
This course is operated by Matthews Engineering Training Ltd. Fees for the course are £1595+VATper delegate to include all course materials, books and exam/certification. To reserve a place contact Cliff Matthews directly on enquiries@matthews-training.co.uk
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