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Maintenance Management Strategy by Physics of Failure Factors Analysis

Maintenance Management Strategy by Physics of Failure Factors Analysis

The Physics of Failure Factors Analysis for selecting maintenance strategy is a one-person exercise that identifies all ways a component can physically fail. Equally important to its simplicity is its ability to select the most effective life cycle strategies for maximising reliability. Another powerful business advantage is the failure-addressing solutions arrived at are universal solutions that apply to every other identical component, whatever equipment it is in. Do a Physics of Failure Factors Analysis for one part and you do it for all identical parts for the life of your operation. It is a highly accurate and cost-effective maintenance strategy selection methodology.

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Disruption is Creating New Work Worlds

Disruption is Creating New Work Worlds

There are lots of lessons to learn from Amazon. Never stop innovating or questioning the fundamentals of your business. Disrupt yourself before others do.
Brad Stone – Journalist & Author

Consulting firms, academics, and consultants are developing models for the Future of Work.   Price Waterhouse Coopers (PwC) developed a scenario called the Future of Work: A Journey to 2022.  The premise of the study is: “disruptive innovations are creating new industries and business models, and destroying old ones.”[i]  PwC outlined three distinct worlds of work: Blue, Green, and Orange.

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Confidence Intervals for Mean ( part-2:) : Using t-distribution

Dear friends, we are happy to release this Part-2 of our videos on Confidence Intervals. In this video, Hemant Urdhwareshe explains how to estimate confidence interval of population mean when population standard deviation sigma is not known In such cases, we need to use Student’s t-distribution instead of normal distribution and Z-Score.

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A Big Mistake Organizations Make with Reliability Centered Maintenance

A Big Mistake Organizations Make with Reliability Centered Maintenance

Hi everyone, I’m Nancy Regan, coming to you from The Watermelon Festival in Russellville, Alabama! In today’s video, I share one of the most common mistakes organizations make when it comes to Reliability Centered Maintenance (RCM)—and why this often leads to failed analyses.

Using a simple analogy of growing watermelons, I explain how RCM can go wrong when the right people aren’t involved. Just like watermelons need the right conditions to grow, RCM needs experienced facilitators and equipment experts to ensure the process succeeds.

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MTBF Use May Reduce Product Reliability

MTBF Use May Reduce Product Reliability

Is MTBF Preventing Your Product From Being Reliable?

MTBF is not reliability. Attaining a specific MTBF does not mean your product is reliable. MTBF use may be the culprit.

Therefore, working to achieve a MTBF value may actually be preventing you from creating a product that mets your customer’s reliability performance expectations.

Actively working to achieve MTBF using the common tools around MTBF may be taking you and your team down the wrong rabbit hole. You may be working to reduce the reliability of your products rather than improving them.

Let’s take a look at a couple of ways the pursuit of MTBF is harmful to your product’s reliability potential and contrary to your customer’s expectations. [Read more…]

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What is the Connection between Equipment Risk and Equipment Reliability?

What is the Connection between Equipment Risk and Equipment Reliability?

When it comes to Risk we have simplified it so much that we have failed Einstein’s advice, “Everything should be made as simple as possible, but not simpler.” It has been made too simple and missed the connection between risk and reliability.

Equipment risk has a direct impact on equipment reliability. What risks you allow your production plant and equipment to suffer will negatively impact its reliability. About 6 months ago I was playing about with the risk equation and a mathematical connection between risk and reliability revealed itself.

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Disengaged and Stressful Workplaces Create Risk for Organizations

Disengaged and Stressful Workplaces Create Risk for Organizations

Guest Post by Patrick Ow (first posted on CERM ® RISK INSIGHTS – reposted here with permission)

Gallup’s State of the Global Workplace: 2022 Report found that only 21% of employees are engaged at work and 44% of employees experienced a lot of stress on the previous day – both findings are up 1% from 2021.

In one of the largest studies of burnout, Gallup found the biggest source was “unfair treatment at work.” That was followed by an unmanageable workload, unclear communication from managers, lack of manager support and unreasonable time pressure.

Disengagement and stress in workplaces are good indicators of an organisation’s workplace climate. They can also provide insights into potential issues with the organisation’s culture.

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“Our World,” a Book for your Children

“Our World,” a Book for your Children

Here’s one you probably don’t expect from me. A children’s book! “Our World” is intended to spark curiosity In children about the world around them. It asks questions like, where does the water in my shower come from, how does the electricity in my light bulb get there, and many more. It uses everyday childhood experiences to spark questions.

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How to Assign Preventive Maintenance Intervals with RCM

How to Assign Preventive Maintenance Intervals with RCM

Hi everyone, I’m Nancy Regan, coming to you from Key Largo, Florida! In today’s video, I’m breaking down how to determine if a preventive maintenance task is the right action to take and how often it should be done, using the principles of Reliability Centered Maintenance (RCM).

I’ll walk you through a simple example—changing the engine oil in my 2014 Subaru Forester—and explain how preventive maintenance task intervals are assigned based on the Useful Life. You’ll learn how to assess the useful life of your assets and decide when to perform a scheduled replacement or a scheduled restoration task. I also demonstrate this using failure pattern B, showing you the conditional probability of failure.

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The Power of the Damage-Endurance Model

The Power of the Damage-Endurance Model

Unlocking Reliability: The Power of the Damage-Endurance Model in Product Development

Reliability is at the heart of robust product design. Engineers and reliability professionals continuously seek ways to predict, assess, and improve product longevity. One fundamental approach to achieving this is the Damage-Endurance Model, a powerful tool in reliability engineering that helps quantify failure risks and optimize designs.

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