
What are ‘Cut Sets’?
podcast episode with speaker Chris Jackson
Reliability engineers are often taught about ‘cut sets.’ But we rarely use them. Many reliability engineers don’t know what they are. But they are also in lots of textbooks as if they are really important. So what are they? The good news is that they are pretty simple to understand. The bad news is that they can be difficult to find. Mercifully, they are mainly used by computers who do the hard work of calculating system reliability for us. So knowing what ‘cut sets’ are can be really informative … even if you don’t use them every day.
This Accendo Reliability webinar was originally broadcast on 25 March 2025.

- Social:
- Link:
- Embed:
To view the recorded video/audio and PDF workbook of the event, visit the webinar page.
Additional content that may be of interest

Reliability Apportionment and How to Do It
Reliability apportionment is a power tool to enable your team to make decisions while fully considering the reliability impact.

Fundamentals of RBD
Reliability Block Diagrams are a useful and simple tool to encourage reliability discussions and improved decisions.

Fundamentals of Physics of Failure
Let’s consider physics of failure (PoF) models, how to use them, plus how to create them, as a central element of your reliability program.

Fundamentals of Monte Carlo Analysis
The Monte Carlo method is a relatively simple process that permits you to create models that include the naturally occurring variability.

3 Ways to Do Reliability Allocation
Having a reliability target for your product is great. But how does that help all the little design teams? Use subgroup targets.

Reliability Life Models
Failure is a random process. Which means we can't predict with absolute certainty when something will fail. Enter 'reliability life models.'

What is a ‘Fault Tree’?
Join us for this webinar to learn more about how fault trees can help you ... regardless of what you are trying to achieve.

Why Redundant Systems Aren’t Always Redundant
Redundancy has continually proven to not always be redundant. Let's explore a few reasons this occurs. And, how to judge your system.
Leave a Reply