Galerkin Method in FEA

[@unnattisharma3090]

I watched so many videos to understand this method. But your video helped the most. Thank you!

[@prafullahase4353]

Kal paper h kya tera

[@arjunpatidar6795]

Kal hmara bhi paper hai
RGPV Bhopal 🙄

[@onyiboemmanuel6060]

Awesome, i didn't understand your language but your working is 100% lucid. Thanks

[@ይስሐቅአማና]

thanks so much!

[@Mulkek]

Thanks, it's so easy & simple!

[@saurabhsawant3756]

Thanks Ma'am for your nice solution👍🏻

[@choudharipratik74]

Thank you for easy solution

[@gidugupatikavithakavitha7479]

You are simply and great

[@aneekbanerjee2939]

Thanks a lot Mam 😇

[@jaydeepbhogate3753]

Thank u so much u are doing great job

[@xahiiihassan9479]

Bunch of thanks

[@rumanahmed7520]

Well explained madam thanks a lot

[@nikhilbodapudi7806]

Tq and its verry helpful

[@nikhilgupta8853]

This video is amazing🙏🙏🙏🙏 i have doubt in sub domain method and collocation and petro galerkin plzz make this video🙏🙏🙏🙏🙏

[@theautogirl_official]

Okay, i will post it soon

[@nikhilgupta8853]

@@theautogirl_official plzzz

[@vcreations1118]

Super thank u so much dear sister......

[@oym8545]

Thank you so much

[@kito9841]

Thanks for the solution

[@kito9841]

After one year🤣🤣🤣

[@brijeshgrewal5827]

i want to study galerkin method in detail please suggest of book name

[@sebastianriveradominguez2301]

Thanks a lot!

[@rohitmalviya1105]

y'' = 3x+4y, uing galerkins method solve the boundary value problem y(0) = 0, y(1) = 1. pls provide the this qus solution.

[@vikkyvikram3202]

Can you please make video on weak form

[@prashantverma894]

Mam please make a video on weightage residual method

[@ravimahey4399]

Thnku

[@syedaaroojzahra3314]

@THEAUTOGIRL Please tell me why do we use galerkin method?

[@theautogirl_official]

it is a numerical method to solve a differential equation and get an approximate solution.

[@syedaaroojzahra3314]

Will you help me in solving a differential equation by Galerkin method?

[@theautogirl_official]

@@syedaaroojzahra3314 let me know ur doubt

[@syedaaroojzahra3314]

What is the procedure of Galerkin method? I searched many times but I didn't get the whole procedure,

[@theautogirl_official]

@@syedaaroojzahra3314 ua-cam.com/video/vtXxIz_eD6o/v-deo.html

[@Saurabh_Dandekar]

Thank u

[@DeDecore]

nCr function h fx-82MS calculator me isme kaise solve kare koi bata do please exam h mere 😭
Or ye last me mode wala kya magic Kiya is 82 wale me kaise Hoga ???

[@ramankumar-dx7kj]

Thank you mam but ek problem or leke video bna do galerkin method ki

[@theautogirl_official]

Yes..

[@Mrsainivines]

Ty

[@fuzailkhan2063]

What will happen to trial soln if the secondary boundary condition is dy/dx = constant

[@theautogirl_official]

If this condition arrives then u will have to differentiate the assumed y eqn and after doing this, u will substitute the constant value in the dy/dx eqn and get the coefficient value

[@fuzailkhan2063]

@@theautogirl_official and i heard that the if this condition is given ..one of the parameters gets eliminated ....say C3

[@theautogirl_official]

@@fuzailkhan2063 nothings gets eliminated, just one eqn is given in terms of other...
I.e if c1,c2 & c3 are obtained as constant after dy/dx=constant boundary condition....then c1 is written in terms of c2 & c3

[@siddheshberde8541]

Galerkin method and least square methid and they are asking to comapre exact solution .... What is this???????

[@theautogirl_official]

What exactly do you mean?

[@theautogirl_official]

I have made a video on galerkin method with exact solution, kindly refer that :
ua-cam.com/video/vtXxIz_eD6o/v-deo.html

[@mdakhter1479]

Modern mam

[@niraj6142]

What if boundary conditions are y(1)=0 and y(2)=0

[@theautogirl_official]

When we find C1 and other coefficients ..then we have to use boundary conditions: put x=1 & y=0 in the assumed eqn ..then get the value of C0 ..after that put x=2& y=0 and then calculate other coefficients
Use boundary condition: 1

[@niraj6142]

@@theautogirl_official thnx....it helps a lot

[@gidugupatikavithakavitha7479]

Research scholar from ou

[@peerzadafaheem7822]

Is this the complete solution? 🙄

[@theautogirl_official]

Yes...if exact solution is mention in the question then you have to solve by exact method also and then compare both the solutions

[@jayeshyadav3501]

I like u mem

[@sarveshsalgaonkar5650]

Your voice is too low

[@mdakhter1479]

Contact no de sakti ho