This lecture introduces and explains the concept behind Conditional Mean Spectrum, including what it is, why we should do it, and how to build a basic spectrum.
I really enjoyed it and thank you for the well-organized and step-by-step explaining this less-known concept. I also would appreciate it if you can clarify this: I was wondering at step 4 of computing CMS (37:08) why it is not σln(SaT*)? since we compute the correlation coeff. conditioned on an epsilon computed at T*.
Hey Professor Franke! The spreadsheet you shared on your website is protected from changes. Can we have access to the unprotected version to build the response spectrum curve of our own requirements.
This was very helpful, thank you very much! We need more content like this being produced by everyone in the field
Thanks sir
CMS...so happy to see it... :-)
waiting for next lectures
Excellent lecture, thank you sir!
I really enjoyed it and thank you for the well-organized and step-by-step explaining this less-known concept. I also would appreciate it if you can clarify this: I was wondering at step 4 of computing CMS (37:08) why it is not σln(SaT*)? since we compute the correlation coeff. conditioned on an epsilon computed at T*.
Good evening sir, could you upload the ceen 545 lecture 13, seismic building code part 2?
Hey Professor Franke!
The spreadsheet you shared on your website is protected from changes. Can we have access to the unprotected version to build the response spectrum curve of our own requirements.
Prof., Can you please explain the process to calculate mean epsilon.
Good afternoon Sir, Is there a video of lecture for homework part?
good evening sir here evening right now sir because I'm an Indian 😁😁😁
Kevin from 8 passengers! ☺