Calculating TUR and Analyzing Measurement Risk

This webinar covers how to correctly calculate Test Uncertainty Ratio (TUR) and how it helps analyze measurement risk.
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[@boatmanfall3n]

Absolutely remarkable video! I wish this could be mandatory training for anyone and everyone involved with measurements at every level from the base SI units to measurements on the shop floor. Because that risk does matter, and it matters a tremendous amount. A small degree of error compounded dozens of times adds up to be a significant amount, and that significant amount of risk is inherited into the final product. Thank you for all that you do and please continue educating!

[@mhforcecalibration]

Thank you for the awesome comment!

[@stephenpuryear]

Henry I am so glad that I doubled back to watch this after missing yesterdays class because this is superb! Thanks to Heather, too! IMH, Cpk serves an important purpose because it serves as a bridge between measurement providers and their downstream customers. It also focusses both groups on the location of the measurement and not just static lab capabilities. Sometimes location is trivial, but what we have to pay attention to is how to detect situations in which location is crucial if we really need to trust our decisions. Because of its age, Cpk has also inherited some serious limitations which come from it's assumptions which lead us to resulting "gotchas". I have saved this video and will return to it again. Thank you for your energy!