DFMEA Explained !! Understand in easy steps.
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- เผยแพร่เมื่อ 7 ส.ค. 2024
- Design Failure Mode Effect Analysis or DFMEA. What is DFMEA? Why do we do it and how does it benefit us as a designer? All these questions are answered in this video. You would also get to know the usage of template for DFMEA and finding the RPN number, which is multiplication of occurence, severity and detection of any failure mode and stands for Risk Priority Number.
DFMEA is done during the design phase of the product the make sure that a rubust product is design which would not have any failure in future or in other words it helps us to prevent any possible faillures in future and makes our design robust. Thereby reduces our design iterations and development cost.
DFMEA Template download link:
drive.google.com/uc?export=do...
/ prodaclab
/ prodaclabs
#DFMEA #FMEA #Designanalysis #Failures #PFMEA #Reliability #Risk #Prodaclabs #English
Very interesting DFMEA Explanation.
Wonderful Upload. Very nice and exciting video sharing my dear friend. Thank you so much has shared this with us. 💙💚💛 My best wishes always for you 💖
Thank you dear friend....will see you soon
You've got some intetesting content here. Nice work!
Great explanation. Nice video Thank you for sharing
Well explained....thank you for your great effort
handy program to run and to use, thanks for the clear explanations
Nice video , thank you for sharing !
Good explanation...
well explained and very informative
Amazing content, so useful, keep it up my dear friend
Thank you so much.
Thanks for sharing it my dear friend
Thank you for another great subject matter. Have a great week ahead
Thank you so much
Informative thanks for sharing
only need this kind of content more
. thanks sir
Sure ..will do that...thank you for your support
This is good video very interesting very informative
Wonderful.... Amazing.... Thanks for clearing all the doubts... It's very worthy, usefull and easy to understand....
Sir kindly make one video on Severity, Occurance and detection rating please.
Sure Rajesh...will do that.
Wow...Wow very nice,👍 Keep it up!...I'm waiting for you at my place too, it would help me a lot!😍
Thank you for your kind feedback...coming soon 😍
Well done friend
Good 👍
Hello Sir,
This is really good and helpful content. You have explained it in very simple way with template which makes me understand this concept very easily.
Thanks.
Thank you Ganesh.
nội dung rất hấp dẫn cảm ơn anh đã chia sẻ, chúc anh và gia đình vui khỏe nhé
This is an informative content and thank you for sharing with us this amazing tutorial .
Excellent sharing of DFMEA concept. I used more FMEA apart of control plan etc. Great sharing. Like 84 and stay connected always 👍👍👍🙏🏻🙏🏻
Glad that it useful....see you soon
So beautiful video always connect you
Thank you...will see you too
Thankyou!
Thanks for sharing..It is really useful..like 92
Thank you...see you soon
great explanation
Thank you and glad if its helpful
Thank you sir
Welcome
Incrível 💕💕💕💕 parabéns
Thank you
Thank you for another great subject jadi bisa belajar salam dari kiki di fr
Thank you Mba Kiki 😘😘
Selamat pagi kawanku
Salam bahagia
p diagram, b diagram and its role, also after taking action what happened to sev, oc and detection? informations are missing
Hi it's not missing however i have purposely not added those details in this video. Will try to bring another video to explain about those things separately. Thanks for letting me know.
Sir, when we are at design/proto stage, hw can we find occurance when sample lot yet to be produced?
Hi Abhay, you can figure out failure modes from your design itself. Need not to wait for physical samples to be produced. As u can see in my example. I just used a CAD model to explain entire process.
And refer to tables for respective values of parameters.
how to improve rpn?
Hi, RPN is a product of detection, occurrence and severity. You need to drop these parameters to improve your RPN. Severity is a predefined metrix so you can play around with detection and occurence.
In detection, The weightage would be low because we can detect the sliding fit by doing assembly of the parts
Hi, detection numbers are high because it can be detected easily. When failure is there and can not be detected easily then it's kept low.
@prodaclabs
When the issue is detected easily then it’s good for us and hence the rating should be low . If the issue is hard to detect, then it’s hard to resolve it. So the detection rating should be high. You can go thru the rating section once again
@@ProdacLabsplease refer the detection ranking table again
Hi .. At the start of the video you told, that this analysis has to be done at the time of Design , and when in the Occurance stage you are saying it will be done at Prototype stage . Something is not in a systmatic way for presentation . I thing you should present how you got the predefined ranking table , how you derived this table and the numbers . I thing this video need more clarification with proper explanation. Thanks .
Hi Debananda, thanks for watching the video and your comment. Just to answer your question, prototyping is part of design phase itself. Infact design phase keeps on going till you release your product for product build. Which means you have to fix all your possible failure modes before you launch the product for production. Hope that answers your question.
Make more creo tutorials...
Sure ...
Sir ,I want that dfmea document/PDF
Hello,
Thanks for your feedback. You may download the DFMEA spreadsheet from the prodaclabs google drive. Given below is the link:
drive.google.com/drive/u/2/folders/1JqXIQ3mc6uJW4ePB0VfKtqJwRxGaHntX
Cheers !!
@@ProdacLabs Thank you so much sir for clearing all my doubt. Sir before the Video i had many doubt but you cleared all my confusion. Thank you so much heartly❣️❣️❣️
Sir I need Excel file, kindly share with me....
Did anybody understand a topic?