Bandwidth of Stiffness matrix | Effect of node numbering on Bandwidth | feaClass
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- Опубликовано: 17 сен 2024
- 1. What is a bandwidth of stiffness matrix ? ??
2. What is the effect of node numbering on a bandwidth of a stiffness matrix ? ??
Note: Increase in bandwidth increases the time required to solve matrix is more with relates to more use of computer memory and vice versa.
VERY INFORMATIVE
Thanks a lot
It's very simple
Good narration
Please provide numbers to your tutorials, then people can refer in an order. Because people may jump to advanced class without referring basics.
Thanks for your simple explanation. Good job.
Sure Will implement. Thank you for subscribing and watching
I have created playlist feaClass. You can refer to it.
good illustration 👍👍
very very helpful
Thank you for the concise and informative video!
I was wondering if you could provide an explanation how the process of node numbering for 3D elements like cubes (for an FEM analysis of a 3D problem) influences the calculation time. Does the same rule still apply, i.e. numbering along the shortest dimensions first?
Thanks again for the amazing explanation! :)
thanx bro.....
Finite element analysis Paper Solution Book available. Shivaji University Dec 2010 to May 2018.
Good morning sir, how we got 20 and 12 from each short beam
20 and 12 are the highest possible size of stiffness matrix that need to solve for an element have highest node numbers as 10 and 6. Considering 2 dof node 10 × 2 = 20 and 6×2=12.
the tutorial was super can u write some pseudocode to assembly any elements global stifness matrix please i request u
i have been trying it so hard write it in python and mathematica or mathcad there is already a good book on it "fem programming" by shivaswamy please refer it i only request u
Drop a Message of your details about work on our mail.
where should i get code for bandwidth minimization of stiffness matrix??
Very helpful