Added: 4 years ago
From: nptelhrd
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  • Good, I like that you share this video Lecture Series on Finite Element Method by Prof. C.S.Uppadhay Department of Aero Space IIT Kanpur, I wish success always

  • Nice Video Lecture Series on Finite Element Method by Prof. C.S.Uppadhay Department of Aero Space IIT Kanpu That You Share , So Very Nice Thanks You

  • I Really Like The Video Lecture Series on Finite Element Method by Prof. C.S.Uppadhay Department of Aero Space IIT Kanpur From Your

  • Your Video Lecture Series on Finite Element Method by Prof. C.S.Uppadhay Department of Aero Space IIT Kanpur Is Very Useful Sharing

  • thank you for you demonstration of FEA

    You have a don to teach dear Uppadhay

  • i search modularity of the matier my mail is david.bolajuzon@hotmail.fr if you have some info send me please it's very important

    a=e(r) absolut relativity algorythm=mc2(R)

    search please some solution with FEA

    RELATIVITY OF THE MATIER (Expansion - disparition - multiplication - division of the matier and per consequence materials)

    This subject could help me to a made of life (energetic - physic - chemical - mathematics) ** I am Pi **- I block the earth relatives time of oldest

  • pi

    

  • simple is sample of the pile

  • This is great! Thank you sooo much for posting this!

  • Great information. I never liked nd never understood FEA until I encountered this video....

  • Great information. I never liked nd never understood FEA until I encountered this video....

  • Such a good lecture. So informative and so clear. Learning a difficult subject have never been easier. I salute the teachers and everyone else involved in NPTEL for providing us with such a great collection of knowledge. Thanks!

  • god save paint!

  • Thanks !

    Very well presented !

    What I feel missing are an example with numbers of a real life test case like the cantilever beam. Numbers bring every abstraction to reality.

  • our company's FEA guy doesn't know anything about FEA. He just knows how to fuck around with the FEA software. He shows us the red areas and tells us to reinforce the piece. We then randomly, blindly, add some ribs and gussets and give him the model and the red areas turn yellow or green and we build.

    The machine still cracks and breaks if we test the piss out of it and the failures have nothing whatsoever to do with the fucking software.

  • @BeeyondNeptoon True but that there are times when hand calculations are required - FEA takes time and wasting time on just trial and error costs money. Therefore it's important to understand how to do this and how the calculations apply to the 'model'. Some models might be simple geometries that can use hand calculations in order to save time, especially where tolerances aren't totally critical. It's shocking that the FEA guy doesn't really have a fully comprehensive understanding of FEA.

  • @BeeyondNeptoon -

    how accurate can these things really work in practice - i'm curious.

    what situations are the most accurate in, what situations less.

  • very nice information..thnx.

  • By the way the playlist is called "Mechanical - Finite Element Method" whereas the videos are called "Finite Element Method".

  • what is EA ?

  • @jahabdank - 'E' is the modulus of elasticity of a given material. For steel it is typically 200GPa. 'A' is the cross sectional area of the bar or member at a given position 'x' along the bar.

  • This is definitely a great step ahead. Many engg students can refer to such online help and do away with their stupid teachers who don't know anything....

  • Great introduction, thanks for the uploader and the lectureres.

    India is a great country, I like their books and other materials.

    Good day =)

  • the best use of youtube. it's easier to watch videos than to read books. i only hope there's a summary or outline in the description.

  • While the information is good, it's a little dry, I'm falling asleep. This is just my honest opinion.

  • almost all lectures are like that :)

  • @KevBoy3D Only boring people get bored. That's the facts bro.

  • I m manoj kumar singh (b.tech mechanical)design engineer

    Thank you very much for posting these lectures. It is a most valuable resource for practicing engineers

  • thank you so much man, you are the best

  • thanks a lot...

  • EXCELLENT CONTRIBUTION from great indian scientific society!!!

  • THANK YOU VERY MUCH!!!

  • all the lectures are unquestionable and crystal clear.....thanks for uploading nptelhrd!!!

  • Remarkable effort. Keep it up! We should concentrate on knowledge rather to put some awaful videos against any nation in the world.

  • please if you have any lectures talking a bout Composite of steel and concrete structure.

  • thankyou so much for these clips

  • nice intiative taken by iits and govt of india..thanks for you guys for giving nice lectures that i even never dreamt of hearing these iit profs lects.make more and more...

  • great effort!!!

    thanks a lot

    ashwanth

    student-Ms in mechanical engg

  • i am from Saudi arabia,,, lectures have been very helpfull for me

    thank you prof. and thnaks for all indians

  • Thank you very much for posting these lectures. It is a most valuable resource for practicing engineers and academics alike.

    Mark McDonald

    Assistant Professor, CEE Vanderbilt University

  • its a shame that some stupid mobs tease indians for their accent

  • Excellent effort.

  • he is my thesis supervisor , am really fortunate to learn fem from him in person :)

  • thank you very much

  • many many many thank for the effort to delever us the knowledge............Keep it up for the humanity...........

  • Thank you very much for this class, i really enjoyed it. I`m studying Aeronautics Engineering at the National University of cordoba. UNC. and we are starting with the finite element method, so this class help me a lot to review the content of the subject and to settle it down much better. Thank you.

    Rubio, Gonzalo.

    Argentina

  • he is my thesis supervisor... :)

  • can you publish all of your lessons in one file which extension rar in rapid ?

  • The development of the finite element method in structural mechanics is often based on an energy principle, e.g., the virtual work principle or the minimum total potential energy principle, which provides a general, intuitive and physical basis that has a great appeal to structural engineers.

  • Great effort..

    now I have chance to learn FEM

    without opting this course in any semester.

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