Brilliant tutorial......very much appreciated you for easy to understand.This tutorial is better explain than a college classroom lecture......! lots of love from JADAVPUR UNIVERSITY
Thanks for sharing the content. Very useful. Still, I have a little question. I don't understand how can we solve the problem using these methods if the exact solution is not provided. How is this inconvenience tackled when it is the case?
After my understanding, the numerical methods are checked against a known value. For instance with Newton Raphson method you want to converge the force depending on the displacement, and the force is compared to applied load. So the entire structure needs to be able to distribute the entire load within the structure and this should sum up to the applied load.
Brilliant tutorial......very much appreciated you for easy to understand.This tutorial is better explain than a college classroom lecture......!
lots of love from JADAVPUR UNIVERSITY
Awesome! It's fun to listen to your lectures. Every minute has new information packed about the topic.
Your videos saving life... Thank you so much !
Excellent and useful video! Thanks for sharing
Hi, I am wondering what step did you miss to not successfully buckled in your tutorial (minute 1:42:27)? Thank you so much
Super good lecture.
1:36:39 was the best part of the lecture Lol!!!
Thanks for sharing the content. Very useful. Still, I have a little question.
I don't understand how can we solve the problem using these methods if the exact solution is not provided.
How is this inconvenience tackled when it is the case?
After my understanding, the numerical methods are checked against a known value. For instance with Newton Raphson method you want to converge the force depending on the displacement, and the force is compared to applied load. So the entire structure needs to be able to distribute the entire load within the structure and this should sum up to the applied load.
It is better if you share any document which compares newton Raphson and arc length