Thank you for this lecture! I have been struggling a bit with these two parameters and you made it really clear. I am looking forward your next lectures on the subject. (PS : the subtitles really help as my native language is not english, thank you as well for this extra effort!)
Hi, I am confused of r (dimensionless parameter). if the width is w, the width for v and delta should be alpha and (w-alpha) respectively. How do we relate r here? Thank you
Thanks, I really enjoyed your lecture, short but very effective!
thanks for your nice feedback.
Thank you for this lecture! I have been struggling a bit with these two parameters and you made it really clear. I am looking forward your next lectures on the subject. (PS : the subtitles really help as my native language is not english, thank you as well for this extra effort!)
I really appreciate your nice feedback, my pleasure.
2 years later and still waiting for the physical explanation for CTOD
Perfect short lecture
many thanks for your nice feedback
Please record one video about the physical concept of CTOD!! Your videos are great!! Cheers from Brazil :)
ok, I'll do, thanks for your nice feedback
Hi, I am confused of r (dimensionless parameter). if the width is w, the width for v and delta should be alpha and (w-alpha) respectively. How do we relate r here? Thank you
thanks for your question, you know the "r" must be dimensions otherwise the right and left hand sides of the equation won't cancel each other out.
Thank u!
Is the same analysis for a compact Specimen or the consideration change?
thx for the question, it is the same!
Is the test that you told CTOD test or the CMOD test?
it's so called Crack Tip Opening Displacement test, or simply CTOD test.
Danka 👍
Bitte! :)
@@Ephidlectures thank you for taking the time to make these I like them. Im learning.
From Karl Schulze in South Australia 👍
@@fungi708 my pleasure, all the best ✌