Hi Paul, thanks for reaching out! Visit the webpage new.abb.com/process-automation/process-automation-service/maintenance and in case of any questions, please email automation.service@us.abb.com. We're happy to help!
sir ive a question.... Why reliability factor ke decreases with the increase of reliability%. This is illustrated in the book of SHIGLEY's mechanical engineering design, chapter 6, table 6-5.. Please elaborate this concept
As reliability increases you have to be conservative which results into lesser reliability factor Ke thus reducing endurance strength (Se). means you can still put more load and have higher Se but you restrict yourself for lesser load and Se as you dont want to take any risk of failure to have high reliability.
This is epic presentation. Good work.
Great presentation with optimum clarity in RCM!
outstanding, detailed, and easy to understand video. Thank you!
Such a great explanation of the concept of RCM. Thank you!
Thank you for the upload...great presentation!
Thanks for clarifying this subject and making it easy to understanding.
Very good presentation, thanks
Very illustrative video , thanks a lot and waiting for more
Thanks for great and easy understand presentation.
Fantastic explanation
Excellent presentation, Good Job!
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lots of stuff in one video, its a well made video, THANKS
Thank you, this is really useful information
Nice presentation!
Great presentation!
very good presentation
What are some good kPI for maintenance management
can i have this presentation slides
A good presentation.
thanks a lot, very informative
hi sir how can I get to you for more info in maintenance
Hi Paul, thanks for reaching out! Visit the webpage new.abb.com/process-automation/process-automation-service/maintenance and in case of any questions, please email automation.service@us.abb.com. We're happy to help!
sir ive a question.... Why reliability factor ke decreases with the increase of reliability%.
This is illustrated in the book of SHIGLEY's mechanical engineering design, chapter 6, table 6-5..
Please elaborate this concept
As reliability increases you have to be conservative which results into lesser reliability factor Ke thus reducing endurance strength (Se). means you can still put more load and have higher Se but you restrict yourself for lesser load and Se as you dont want to take any risk of failure to have high reliability.
tankyou me too
Sir Sorry. Wrong in defining. RCM is NOT A MAINTENANCE at all!