The Reliability FM network

From a statistical perspective, this is a clear ‘fingerprint’ of failures that are entirely dependent on maintenance.

Let’s examine the different ways one can listen, when it’s useful, and how to become a much better listener.

In this podcast let’s explore common types of capacitors, MLCC and Electrolytic, their basic construction, and how they may fail.

Let’s talk about the differences and how you can play an effective role as both a manager and a leader focused on improving reliability.

The basics of decision tree modelling and consider a simple demonstration of its application to assess imminent failure in automobiles.

This webinar shows you how to model switching (and other complex) systems using Monte Carlo Simulation in Excel with a perfect model.

Let’s explore how to work with suppliers to ensure the supplied items will meet or exceed your reliability expectations.

This webinar gives you 10 reasons why you should do FMEAs and FMECAs properly – and use AI to accelerate the process to amazing results.

Let’s explore what warranties are and are not, plus why they even exist. How are the terms of a warranty set, and by whom?

Let’s explore how a group’s culture affects its ability to create a reliable product or system. It’s part how we talk about reliability, what tasks, and tests we do.

The intent of any failure analysis is to understand the problem well enough to craft and implement short and long-term solutions.

‘parts count reliability prediction’ is awful. And in this webinar, we will explain why. If this intrigues you, enjoy this episode.

Let’s explore a few of the limitations, checks, and options when taking a look at some data. Checking assumptions and more.

Bugs are so common that we know how most of them happen. So we can work out what went wrong to allow that bug to happen.

Let’s explore the range of options available to estimate the life of an item, plus the pros and cons of each method.

Let’s explore when and how to identify which types of environmental testing should be done so that they add value.

So if you want to find out what reliability actually is (no equations) … this webinar is for you! - it's not MTBF, BTW

Let’s examine the success testing approach, the assumptions, benefits and faults. Plus, what other options you may have available

perhaps you want to estimate the reliability of something that is supposed to last a long time, but don’t have a lot of time to test.

Explore the framework to assess equipment reliability for air fin coolers and ensure operational excellence in process plants.

Ever heard of the MTBF? A lot of people have. But not many people (truly) understand what it is.

Let’s explore why derating is important, the difference it can make, and a few methods to implement derating with your design team.

Weibull probability plotting is perhaps the most widespread data analysis tool used in reliability and quality engineering.

Product requirements that have the most impact on customer needs should be considered in your design failure modes and effects analysis (DFMEA)

Reliability engineers are often taught about ‘cut sets.’ But we rarely use them. Many reliability engineers don’t know what they are.