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Course details and format
- Dates in 2021:
- 19 Jul - 2 Aug (Q&A 3 Aug)
- 20 Sep - 18 Oct (Q&A 19 Oct)
- 22 Nov - 20 Dec (Q&A 21 Dec)
- 4 hours of recorded modules available
- Courses of 14 days duration include an extra 14 days access to materials after the Q&A
- Live Q&A on final day of course (or as indicated) 3pm GMT (or BST when applicable)
Online training: How it works
- Same course content as our in-person course
- 4 hours of expert training delivered via recorded modules hosted online - allowing you to study at a time that suits you
- 28 days access to recordings allowing you to learn at your own pace
- Same high quality Smithers' training experience
- No travel costs or complexities
- Live Q&A with course tutors - ask questions and consolidate learning
- Electronic copies of course notes
Plastic materials are often used in engineering applications where reliable and consistent performance is critically important. But their failure can have damaging and expensive consequences. Understanding the cause can assist in rectifying the issue, limiting the damage and avoiding future failures. This online course will provide an overview of material properties, selection, failure mechanisms and methods used to investigate failure.
- Basic understanding of plastic materials and their key properties.
- Grounding in the principles of specification and selection of plastic materials based on service requirements.
- Knowledge of how plastic materials and components can fail.
- The ability to recognise key modes of plastic component failure.
- An introduction to the methodology employed in order to investigate plastic failure.
Introduction to Plastic Materials
Plastic types and material selection
- Basic introduction to the fundamental properties of plastics and how this affects their performance.
- Understanding their limitations and how this can affect their durability.
Causes of Plastic component failure
- Overview of the wide range of plastic types.
- How their structure affects properties.
- The importance of material specification and selection of material at the design stage which will produce more durable products and also help with any failure investigations.
Plastic component failure investigation
- The various common modes of plastic product failure and how to recognise them.
- Factors related to design, manufacture, service, environment and also human factors.
- Failure and cracking mechanisms including chemical attack, degradation, ESC, creep, fatigue and relaxation.
Examples of plastic component failures
- Typical approach to take when investigating the failure of a plastic component.
- Principle analytical tests and how they can be used to confirm the root cause of failure.
- Examples of plastic component failure with a review and explanation of the cause and method of diagnosis.
Who will benefit?
- Those needing to ensure that a plastic component or material they are using in their product is suitable for the intended service usage.
- Anyone actively involved in investigating plastic component failures.
- All those involved with engineering, design, specification or quality.
You can read more about our presenters by clicking on their expert profiles
What our delegates say about this course content
"Good course, we are considering running this in-house"
John Iles (Huntleigh)
Questions and queries