Amazing explanation, very thorough and well defined. I was literally thinking about something, say, how is u_0 known, and after 1 min you explained it. Props to you for this video!
Sir, If we use these methods for non-linear analysis why aren't we taking that the stiffness of the building is varying with time. Since we design the buildings to deform? Kindly Comment here. Thanks in Advance
Amazing explanation, very thorough and well defined. I was literally thinking about something, say, how is u_0 known, and after 1 min you explained it. Props to you for this video!
The concept has been explained very clearly!
Very good and clear explanation. Thank you!!!
Awesome video! Thank you!
🙏 sir , at 5:45 I have an doubt if i take Ü(i)=[Ů(i+1)-Ů(i-1)]/2△t =[U(i+2)-2U(i)+U(i+2)]/4(△t)^2
am i right ?
Sir, If we use these methods for non-linear analysis why aren't we taking that the stiffness of the building is varying with time. Since we design the buildings to deform? Kindly Comment here. Thanks in Advance
excuse me, prof. where can I find your tutorial for two other numerical methods?
wow..really nice tutorial..thanks sir
Sir make video on Wilson theta method
SIR how can i get p1,p2,p3........ values
given in question, or graph given (time history) for more info, anil k chopra has question based on this topic
how the po values will obtained sir ? please reply
If you watch the W05T01 lecture, you will see that P0 is calculated as m times a0. a0 comes from the earthquake sample.
Thank u
very awesome lecture ever
Thank you, Wish you all the best.
thank u sir.....this lecture help me and i did great in exam...i am nit student 4th yr
thank you
Thank you sir....
thank you very much , sir.