How do we know what value of shape and scale parameter to choose in a real life case? Because unlike textbooks, they aren’t just handed to us, so how do we find out?
@kuldeepjayaswal99332 ай бұрын
Please provide this sheet
@shyunuw2 ай бұрын
You made an informative lecture. Thank you very much.
@jumpjumps1973 ай бұрын
Hello. I thought you did a very good job with this demo. However, I get file 404 errors when I try to retrieve the file. Would it be possible to email me the excel file. I am a reliability engineer who uses Weibull software, but I really like what you did here. Please send me your email and I will respond back as soon as I get it. Take care.
@pradeeprockssful4 ай бұрын
can you please share the link of this spreadsheet .
@vikasjagtap82625 ай бұрын
How would you calculated the beta value 3.858 ?
@washingtong13662 ай бұрын
its the slope of the curve
@ArjunSharma-wi3jp9 ай бұрын
i have time and stress and load of the material break point. how shall i apply weibull destribution ? i have 10 samples . 2)should i take avergae stress and time and load . or i should do it for all and then take mean.
@amrmetawie33510 ай бұрын
Thank you very much it was really helpful
@joaquinmermaroque8086 Жыл бұрын
Sure it is very good information, the link is nor available anymore though :/
@prelicalsolutionsllc5113 Жыл бұрын
Did you mean the link to the excel spreadsheet? If so, here it is. prelical.com/resources-2
@flaviopaoliello1123 Жыл бұрын
The TTFs in the video are for a single asset or a population of assets?
@prelicalsolutionsllc5113 Жыл бұрын
This example uses a single asset. Thanks for taking the time to watch!
@benmoulam6889 Жыл бұрын
thanks for the video and xls.. at ~4:15 do you have future runtime and in service time the wrong way around?
@asishrameshun Жыл бұрын
Right, that's what I was about to clarify too..
@andrewtan28944 ай бұрын
Yup.. Exactly my question too.. At least im not the only one
@KhalidAli-vk4uv Жыл бұрын
Would you please show me how u calculate Beta and Eta? thanks
@kennethlatino950 Жыл бұрын
Hi Khalid The link below will download an Excel spreadsheet to see how it is calculated. I highly recommend using a more commercial Weibull solution if you plan to use this technique on a more frequent basis. However, this simple spreadsheet example might shed some light on the calculations. img1.wsimg.com/blobby/go/88ac67ee-e17e-4118-a3c6-522729a68966/downloads/Reliability%20Calculations%20for%20Weibull%20-%20Prelica.xls?ver=1666795222461
@garikhanchet4688 Жыл бұрын
𝓅𝓇o𝓂o𝓈𝓂 😆
@Owlzon2 жыл бұрын
How did you calculate Beta?????
@khadijaakhouad52732 жыл бұрын
Interesting presentation
@kimsenmen75622 жыл бұрын
Heyy nice video, pl tell me how i can calculate alfa and Betta? i Don't underst this 2 parameter's, ty.
@basmastory20232 жыл бұрын
شكرا
@TheGodno2 жыл бұрын
Can't access the spreadsheet :( Can you send me a working link as an answer to this comment, please?
@SharonPhetheli2 жыл бұрын
Thank you
@eastpartnership2 жыл бұрын
Excellent explanation, Ken! Nice job!
@eastpartnership2 жыл бұрын
The Latino Special! Root cause analysis is beautiful because it can be applied to any industry and is logical...which means most people can benefit from learning RCA! Great job, Prelical!
@eastpartnership2 жыл бұрын
Excellent explanation, Ken! I love how you get right to the value points. I also appreciate how you simplify the relationships of the various levels of action.
@mrvector2573 жыл бұрын
Wow, awesome video. Very simplified and straight forward.
@RagsKi3 жыл бұрын
Can't access the webpage...Sir
@MrNikhilshenoy3 жыл бұрын
Love the video! Excellent explanation ;)
@amitkumarsinha62493 жыл бұрын
Nice interpretation. Will it work for suspended data as well?
Пікірлер
How do we know what value of shape and scale parameter to choose in a real life case? Because unlike textbooks, they aren’t just handed to us, so how do we find out?
Please provide this sheet
You made an informative lecture. Thank you very much.
Hello. I thought you did a very good job with this demo. However, I get file 404 errors when I try to retrieve the file. Would it be possible to email me the excel file. I am a reliability engineer who uses Weibull software, but I really like what you did here. Please send me your email and I will respond back as soon as I get it. Take care.
can you please share the link of this spreadsheet .
How would you calculated the beta value 3.858 ?
its the slope of the curve
i have time and stress and load of the material break point. how shall i apply weibull destribution ? i have 10 samples . 2)should i take avergae stress and time and load . or i should do it for all and then take mean.
Thank you very much it was really helpful
Sure it is very good information, the link is nor available anymore though :/
Did you mean the link to the excel spreadsheet? If so, here it is. prelical.com/resources-2
The TTFs in the video are for a single asset or a population of assets?
This example uses a single asset. Thanks for taking the time to watch!
thanks for the video and xls.. at ~4:15 do you have future runtime and in service time the wrong way around?
Right, that's what I was about to clarify too..
Yup.. Exactly my question too.. At least im not the only one
Would you please show me how u calculate Beta and Eta? thanks
Hi Khalid The link below will download an Excel spreadsheet to see how it is calculated. I highly recommend using a more commercial Weibull solution if you plan to use this technique on a more frequent basis. However, this simple spreadsheet example might shed some light on the calculations. img1.wsimg.com/blobby/go/88ac67ee-e17e-4118-a3c6-522729a68966/downloads/Reliability%20Calculations%20for%20Weibull%20-%20Prelica.xls?ver=1666795222461
𝓅𝓇o𝓂o𝓈𝓂 😆
How did you calculate Beta?????
Interesting presentation
Heyy nice video, pl tell me how i can calculate alfa and Betta? i Don't underst this 2 parameter's, ty.
شكرا
Can't access the spreadsheet :( Can you send me a working link as an answer to this comment, please?
Thank you
Excellent explanation, Ken! Nice job!
The Latino Special! Root cause analysis is beautiful because it can be applied to any industry and is logical...which means most people can benefit from learning RCA! Great job, Prelical!
Excellent explanation, Ken! I love how you get right to the value points. I also appreciate how you simplify the relationships of the various levels of action.
Wow, awesome video. Very simplified and straight forward.
Can't access the webpage...Sir
Love the video! Excellent explanation ;)
Nice interpretation. Will it work for suspended data as well?