Your Reliability Engineering Professional Development Site
Kirk and Fred discussing the use of statistics in reliability engineering, where they are useful and where their use may not be the most efficient way to find and fix the cause of failure.
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Chris and Fred discuss how statistics, mechanisms, and other technical words that come from ‘reliability engineering’ in contrast to softer terms like ‘facilitation.’ This comes from discussions Chris has had during his Statistical Process Control (SPC) course that he has run previously. So what is the big deal about these words? Well … you can know everything there is to know about statistics and failure mechanisms – but if you can’t make things better then it is all for nothing!
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Chris and Fred discuss statistics! Yay! And how we can be better at using them in a practical way. And that starts with wanting to learn about statistics. But how do we make that happen?
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Chris and Fred discuss what came first … reliability or statistics? Reliability of course! There are plenty of organizations that focus on baking reliability into designs without the need for statistics. But statistics are a part of reliability engineering. So what is the relationship between the two? Listen to this podcast to learn more.
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Andre and Fred discussing the benefits of using what you know as you approach setting sample sizes using Bayesian statistics.
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James and Fred discussing a better way to set stocking levels of spares.
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James and Fred discussing dealing with the data we gather.
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In today’s episode, the guest Fred Schenkelberg explains the Monte Carlo simulation in a fair amount of detail. Before you get in the depth of how the tool works, you need to understand what basically this method is. The Monte Carlo simulation has been around since World War 2 and it is a mathematical technique that works based on probability functions, random variables, and the distribution of statistical data. The main concept of it to give the decision maker the most obvious choices while facing any risks to get the best out of every possible outcome. The tool serves the purpose for getting a better insight of the consequences relative to each choice the person making decisions has to make. When you’re looking for the reliability of your assets and checking the integrity of your different maintenance programs, it is a really powerful tool.
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Andre and Fred discussing the language of variation and why you need to speak this language as a reliability engineer.
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Adam and Fred discussing the role of statistical tools in everyday reliability engineering.
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How do you use the Weibull Distribution?
It’s just one of many useful statistical distributions we must master as reliability engineers.
Let’s explore an array of distributions and the problems they can help solve in our day-to-day work.
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Mastering the statistical tools related to reliability engineering allows you to master reliability.
Identifying, characterizing, understanding, predicting, and improving reliability all require statistics. Let’s discuss how it works and what will work for you.
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