Galerkin method || Galerkin method boundary value problem
Check out the link for Gauss forward interpolation method:
• Gauss forward interpol...
Check out the link for Gauss backward interpolation method:
• Gauss backward interpo...
Newton backward interpolation formula:
• Newton's backward inte...
Gauss Seidel Method:
• Gauss Seidel method ||...
____________________________________________________________________________________
There are more video on Methods of interpolation:
1. Newton forward interpolation
• Newton forward interpo...
2. Newton backward interpolation
• Newton's backward inte...
3. Gauss forward interpolation
• Gauss forward interpol...
4. Gauss backward interpolation
• Gauss backward interpo...
__________________________________________
1. Bisection method
• Bisection method | Bis...
2. Iteration method:
• Iteration method | fix...
3. Newton Raphson method
• Newton Raphson Method ...
4. Gauss Jordan Method
• Gauss jordan method
5. Gauss Elimination Method
• Gauss elimination meth...
_________________________________________
Do subscribe CIVIL LEARNING ONLINE for more engineering related videos.
____________________________________________________________________________________
Пікірлер: 55
Thanks, it's so clear & simple!
Thanks, explained with a very simple way
Okay, this is good information. Simple and clear!!!!!!
Your explanation Is really good
Great teaching style
In the (iii) equation it should be c2(-0.3) not c2(-3). thanks for the video
@luke12689
3 жыл бұрын
many minutes later... yes i also confirmed using software
@ravindramishra9354
2 жыл бұрын
Ya i also check c2 (-0.3)
@ravindramishra9354
2 жыл бұрын
Thanks ❤️🙏
@anittajose5821
2 жыл бұрын
Since it is C2(-3), what will be the new answer??
@joelrsalethworld908
2 жыл бұрын
@@anittajose5821 I got C2 = -1.09 and C3 = -0.104
Simply superb! Thanks..
Thanks from Colombia. Very well explained.
@Civillearningonline
Жыл бұрын
Welcome
Sir your steps are right until #11:42. it should be -0.3c2 not -3c2. 1/5-0.5+1-1 is -0.3 not -3
thank you so much!
Very helpful
Excellent sir
Great. Thanks for the video
@Civillearningonline
Жыл бұрын
Welcome dear
Thanks sir...
amazing
thank you sir
How to solve if i have u(x,t) instead of y
Can we use 1st equation for last part ie y=co+c1x +c2x + c3 x3 To find y
Thanks
weighting functions is it the derivative of dy/da1 and dy/da2 and dy/da3 .........
How to calculate C2 and C3
Good
Solving the equation for qN 3 & 4 , how did you calculate C2 and C3??
@jayeshsonar2325
Жыл бұрын
How to calculate C2 and C3
Thank you so much saved so much of my time and it's such a simple explanation 🫡🤗
Great help from this video. Thanks a lot... Can you please share the reference any book or paper where the method is being used in the way as you have explained in the video. Please
@Civillearningonline
2 жыл бұрын
Currently the book is not available with me or I could have provided.
@RaoPriya_1212
2 жыл бұрын
@@Civillearningonline Thanks for the reply, could you provide the name of the book ? It will be of great help , thanks in advance.
@RaoPriya_1212
Жыл бұрын
@@Civillearningonline please provide the name of the book.
@Civillearningonline
Жыл бұрын
@@RaoPriya_1212 it's numerical method in civil engineering by Ankita Sachdewa.
@RaoPriya_1212
Жыл бұрын
@@Civillearningonline thank you so much 🙏❤️
Thank you
@Civillearningonline
8 ай бұрын
Welcome dear
How to Solve non linear equation using this method
Pizza ans in y"+y+1=0
bro you confused me with solving for C2 and c3
have you solved any other problem using Galerkin method?
@Civillearningonline
6 ай бұрын
Yes. But I haven't uploaded them
I got C2 = -1.09 and C3 = -0.104
@mafiagunda66047
2 жыл бұрын
0.0104
@texon2clothes
2 жыл бұрын
Same here ? -1.09 -0.0104
@XD_-cs9bh
Жыл бұрын
@@texon2clothes because 14:43 is wrong, C2(-3) is wrong, it should be C2(-0.3), and the final answer is C2=1.111111112, C3=0 (if the precision is higher)
Its VALUE !! NOT BHELU !!!!
@Civillearningonline
2 жыл бұрын
🤣🤣🤣🤣🤣
good explanation but your accent and pronounciation🤣
@Civillearningonline
5 ай бұрын
I am working on it for now making you understand matters.
Thanks, it's so clear & simple!
Thanks