Category Archives: Reliability@Risk™ – Fred Schenkelberg
#223 – MY RELIABILITY ENGINEERING PASSION – FRED SCHENKELBERG
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Welcome to Accendo Reliability – join us and learn the art and craft of reliability engineering.
As I started my career, I focused on mastering the tools. My first accelerated test plan and results used a Wiener diffusion model and non-linear regression techniques. Presenting the methods and results, my boss asked, “What does it mean to our business and customers?” Continue reading
#222 – SUPPLY CHAIN PROCESS CONTROL AND CAPABILITY – FRED SCHENKELBERG
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If you buy more than one of an item used in your product, you will have to deal with variability. In general, the variability from part to part is minimal and expected. Occasionally, the variability is large and causes reliability problems.
According to O’Connor and Kleyner, “The main cause of production-induced unreliability, as well as rework and scrap, is the variability inherent in production processes.” O’Connor, Patrick D. T. and Andre Kleyner. 2012. Practical Reliability Engineering. Chicester: John Wiley and Sons. Web. Continue reading
#212 – CONTINUOUS IMPROVEMENT OF THE RISK MANAGEMENT FRAMEWORK – FRED SCHENKELBERG
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Systems and processes exist in our dynamic world. Each organization and situation is different. Just as there is not one risk management process that works for any organization, there also is the need for continuous improvement of an existing system. Continue reading
#209 – HOW TO ESTIMATE THE NUMBER OF FAILURES NEXT MONTH – FRED SCHENKELBERG
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Let’s say you have shipped 1,000 products to your customer on January 1st. All are immediately placed into service. And each month since you have received a few product returns, what we are going to call failures. We also have fitted the data to a Weibull distribution. Then in May, your boss asks you to estimate how many failures to expect in June. Continue reading