Hi Dr. Megan, thanks a ton for your video and insight on the derivation of Weibull Modulus & Intercept. It helped me a lot in understanding the key points for one of my analysis, not exactly in materials but somewhat similar in Electrical Domain. Keep up the great work.
@@HiSKe23 Hi, am not sure about the question, but i did actually, there should be two plots, the "calculated" probability and the one based on the modulus and the sigma0
@@bena140111 yes, i knew the solid red line (fit curve) was created by weibull modulus and sigma naught. But the question is how do we draw this plot? what kind of method? Could you make it in excel and tell me the procedure?
Is this an alternative to simple looking at the mean and standard deviation? I guess the assumption is that the data won't behave as a normal distribution.
Looks like a part of lecture with a lot of missing links, definitions and explanations. Typical case when engineers are going to get into math which they use " just because that's how they were taught"
Hi Dr. Megan, thanks a ton for your video and insight on the derivation of Weibull Modulus & Intercept. It helped me a lot in understanding the key points for one of my analysis, not exactly in materials but somewhat similar in Electrical Domain.
Keep up the great work.
Thanks a lot for sharing this video. it's very intresting subject.
One of the best video 😍👌👌👌👌😍😍😍 from India
Thanx a lot for the informative video... One video and all concepts clear! :)
Beautifully done.
You explain things really well! Thank you for the video!
Great explanation! Thank you.
Very nicely explained. There is modified Weibull model which is based on power-law, not linear-law.
Please explain the difference.
What is the meaning of 0.5 in the equation (i-0.5)/N ? could you please explain that, please?
its from an equation used to find probability function
what is the definition and application of "reference stress"?thanks
Thank you So much! Very helpful and extremely simplified :)
hi Hamdi, do you know how to draws the solid red line of plot the Weibull distribution at the end part of video?
@@HiSKe23 Hi, am not sure about the question, but i did actually, there should be two plots, the "calculated" probability and the one based on the modulus and the sigma0
@@bena140111 yes, i knew the solid red line (fit curve) was created by weibull modulus and sigma naught. But the question is how do we draw this plot? what kind of method? Could you make it in excel and tell me the procedure?
@@HiSKe23 I don t really see what s the missing information? is it about the tutorial in Excel how to draw? or the y and x columns to draw??
hi hamdi I understood
Is this an alternative to simple looking at the mean and standard deviation? I guess the assumption is that the data won't behave as a normal distribution.
Thanks!
What is the meaning of sigma not? What does it represent?
very nice
Looks like a part of lecture with a lot of missing links, definitions and explanations. Typical case when engineers are going to get into math which they use " just because that's how they were taught"
how to plot step 8 plot in Excel