Thanks for watching! FEA is a fascinating topic - reply here with some of the interesting things you've analysed using FEA! And remember you can watch an extended version of this video (without ads!) on Nebula - nebula.tv/videos/the-efficient-engineer-understanding-the-finite-element-method-extended-version.
During the lectures, professors always dive into infinite derivation of equations (like strong form and weak form) without clear explanation of what are the physical meaning. It is definitly a torture especially for the students who are not good at algebra and numerical method...
@@keywang7378 There's not necessarily any physical meaning behind it. Take for example the principle of virtual work. There is no such thing as "virtual work", but it follows from the weak formulation.
@@keywang7378 I half agree with you, but I don't understand what a student that is not good at algebra will be doing in a finite element class. The intuition is useful for everybody.
I am a guy knee-deep in FEM (it being part of my job) and in my 8 years of experience in the field, I can vouch for the fact that nothing that I have seen on the internet has so elegantly defined the topic with such lucidity. Thanks and subscribing.
As a CAE professional, I can say this is a very illustrative video. I will definitely recommend it to my students. Also, I am waiting for more on this, going beyond the linear static problem. Thank you
@@BAPPA_Rawala Sorry, I thought I already answered. The already mentioned book looks like a good beggining. If you are looking for a commercial software to learn practical FEM I think the best for this purpose is MSC Apex (Student Edition) with its Apex Curriculum Kit. Regards, Javier
I recently became a teacher and I have to dust my FEM theory off. I went through a lot of videos and articles in order to build my course up and your video is by far the best one, and I mean by far. Visually, mathematically, verbally, it's the best one on all aspects! Huge respect for your work!
10 minutes was enough to teach me the basics that the teacher couldn't do in a whole semester. I have no words to thank you enough for the video. Keep up the excelent work!
University education should start with overview and "what is the sense of" information like this first and then jump into the details and big literature like Bathe etc. Very few university professors are good with didactics wasting the time of their students. Good education methodology like this is rare - congradulation !
There is soooo much math you need to cram down to become an engineer that you can often lose the point of it. Dry math, without its actual appliance is really hard for most of people. Yet you need it as much as you can have it.
FEA is my job, field of scientific research and hobby. And yet so far I haven’t seen such a good, clear, and comprehensive but not too long explanation of the Finite Element Method before. When it comes to the next videos, as others already suggested, I’d like to watch your video about buckling.
This is the video I will point everyone to when they ask me about understanding FEA. Everything was so clear and augmented with excellent animations and representations.
I first heard of FEM 40 years ago in my college senior year, I was totally confused because the presenter did not know what he was talking about. This 15 minute video finally made me understand a little bit about it, thank you!
After struggling to understand the theory of FEM, I came across this and this is the best explanation I could ever have. Great audio visual, great explanation. Would definitely recommend it to my peers.
First of all Thanks a lot..my prayers were answered by this video. Really it is very difficult to be in CAE field without proper understanding of FEM concepts. Literally I am screwed up by my own mind daily to know the things right. This video means a lot to me. It answered almost all my doubts in FEA theory. one thing which made me connect is visual representation to understand the concepts because I went in reading many blogs,websites even some other RUclips videos too but I didn't get confidence in FEM now it did. From now on my work in my job going to be different. I gained much confidence. Onceagain thank you.
Just became a level 2 patron, since I appreciate your work and it's so helpful to visualize scenarios that are hard to imagine based on text and notes/drawings. FEM was one of my classes in University in Germany and once you exceed a certain level of complexity (which is basically valid for all engineering subjects, not just FEM) many people check out. So thank you for filling that gap and making engineering easier to understand for those who want to learn!
One of the best ultra quality, extremely interactive, highly lucid and coherent engineering content I ever saw in RUclips!! I bet this one deserves the place in top 10 videos in RUclips the way the content is created!
Thanks for the video. I really appreciate this so easy-to-understand explanation. I'm not even a mechanical or material or structural engineer, but I can easily understand it. When I refer to several reference book, I found it's hard to understand FEA, but then I found this treasure and I could say this is the easier form than those books. You're the GOAT. Keep up the good work!
it took me a month studying all day long to understand this concept but this animation makes it clear and easy! Of course when you do all the calculations by hand you will get to understand whats goin on more in detail. thank you for this cool resource
One of my favorite pieces of code I wrote during my undergrad was a general code that assembles a global stiffness matrix for any connection of elements and nodes. I made it robust enough to walk out of my final exam within 10 minutes because all I had to do was input the givens in the problem. FEM is such a good topic of engineering!
The fact that this video is so good is the fact that It focuses on the idea standing behind using FEM and show it gently how it's used. I wish everyone had such introduction to the topic on universities.
I really enjoyed building these matrices in my undergrad classes. I have switched field since then to fluid dynamics, but it was a joy to watch this video and remember the memories.
I am working in academia and offer CAD/CAE trainings to potential users. Often I recommend this video to the participants in introductory training on FEM. You have nailed it to the point. I am grateful for effort that you have invested. 👍
Although it was mentioned at the beginning of the video that FEM can be used to solve Fluid Mechanics, Heat Transfer and Electromagnetism problems, it really shouldn't be used for such applications, since those kind of problems relies heavily in conservation of energy, mass, momentum... While using the Finite Elements Method the differential equation is integrated in the non-conservative form, using other methods such as the Finite Volumes Method will guarantee conservation of those properties for any mesh size, which is really important. When the spacial and temporal meshes tends to 0, all methods converge to the same solution, but since it isn't possible to have an infinitely refined mesh it is important to select the right method for different kinds of problems. In the same way the FVM also can solve solid mechanics problems but in certain situations the FVM can handle first derivatives badly, as well as the FEM handles second derivatives badly, both scenarios leading to instabilities.
As a ME student, I decided my concentration to be robotics and spent a lot of time coding in C. However, there are other two techniques that I am really interested in: one is FEM, and the other is CFD
The 10 years I have spent using FEM with commercial softwares have blurred my initial understanding of the topic. Now it is perfectly clear again. Thanks !
Finally a video about FEA 😃 It’s really awesome explanation. It would be great if you could continue this topic and make a video for example about basics of nonlinear analyses or about shells. However, there’s also another topic that’s really needed in this series - buckling / structural stability.
It's not really that magical when you think about it. Topology Opt is one of the types of shape optimization (three "Topo"s (-metry and -graphy are the others)). With topology here you essentialy create an envelope ( for example a brick), give it features you need (holes, connections etc.) and then you run a FEM simulation on that, with the loads and boundary conditions you need applied. It will "map" the stresses on the discretized brick, "normalize"(read: assign importance from 1 - very important to 0 - chuck that nonsense) to the elements based on how much they are f.e. stressed, then you chuck the ones you don't need that much and recompute. Repeat that a number of times (it can get quite sophisticated here) and voila, you have a shape that uses the material it needs, with reduced weight while preserving the stiffness (or "compliance") you specify. Assuming of course, your model is approximately accurate to reality. It's based on taking away unnecessary material. Now Generative Design, oh boy that's a different beast. That be how nature does its thing (think how your bones grow to support the load). This one is based on lattices and GROWING the part, that's some magic right there.
If thi video would have come out a year ago i would have definitely got good grades in Finite element analysis .this video basically covers 800 pages book into a 20 minutes with excellent animations .great work
Man your videos should be on the required reading/watch lists for All the engineering courses out there. It will save So much pain and attract more ppl to do engineering.
Amazingly well explained. Profs so often delve deep into the math without properly introducing the subject, so students are left to guess exactly what you showed by reading mathematical derivations, which is just as hard as it sounds! Thanks for the great content!
The very pretty thumbnail brought me here. This video has basically everything you need to know on linear FEM. I didn't watch the video so i don't know, but i hope Dirichlet and Neumann boundaries were part of this video.
I’ll never forget my first day of my senior level course, “Matrix Analysis of Structures” way back in 1978. The professor was my advisor and the Dean of Graduate Studies. He said, “On the board is a 10x10 augmented matrix. Have it solved by the next class period.” We all looked at each other as it was a small class. Sure enough, the FEM was the focus of the class. Need I say how many boxes of IBM punch cards a had to literally CART around during that semester??!!
Excellent job, my friend you just summarize accuratly and precisely my first year of master in aeronautical structures at polimi. Excellent video and information 👏🏽
Researching many content of this topic - I can say your Presentation is key to all! Like engineer I can say that finite element has become the method of choicr for solving many types of partial differential equation in engineering equations and physical sciences. It is like you have said - important applications include mechanics, FLUID FLOW (for mel), thermodynamics and electromagnetic field. We usually, take what you also say (so this is brilliant who you differnt issue) =The basic idea is very elegant and dates bak to the classic al work like Gelerkin or Rayleigh, Ritz almost a century ago. You have all important topics! 👏👌
What an excellent video. Thanks for not avoiding the linear algebra, your clear connection between the model concept and the computation is quite elegant. I am definitely watching this again...
you are way more better than any professor who i've ever met in the university. And I study mechanical engineering and all your videos almost cover everything. i should meet you earlier
I spent 6 months in the Finite Element Method class and remember nothing about it but can say in 18 minutes they did it WAYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYY better, If youtube was a thing when I was at college chances are I would have been a better engineer....
I have to say I followed just about every single one of your other videos quite easily but this one lost me almost completely by the summary section. It's pretty complicated, but I'll come back and watch this video many times until I understand it, because I want to understand it. I know there can be no other explanation on RUclips that is better than this too.
I just wanted to thank you for creating such great content. This was the channel I watched when I was trying to prepare for my job interviews during COVID when market was extremely tough and I think your content helped me a lot in landing me a job.
Hey Bhagat, congrats for job. I wanted to switch my career from maintenance to CAE . Can you guide for the same as to what path shall I follow? It would be a big help sir.
FEM can't get simpler than this !!! By far the best video on FEM !!! Thank you. I will share this with all my students 👍 Waiting for more on this topic
Thanks for watching! FEA is a fascinating topic - reply here with some of the interesting things you've analysed using FEA! And remember you can watch an extended version of this video (without ads!) on Nebula - nebula.tv/videos/the-efficient-engineer-understanding-the-finite-element-method-extended-version.
How do you make such fluid smooth animations, what software do you use....?
Wish I had this in college. Fantastic work!
hi I'm your fan, Never thought seeing you here 😁
im an engineering student.. both channels help me a lot.. Thank you for your great work
@@abdulhafizuddin95 Go to grad school!
@@Bustical Basic modus operandi for these engineering channels.
High Praise 🙏
As a computational mechanics masters student, I can easily say this was way more efficient in introducing me in FEA than the whole first semester :)
During the lectures, professors always dive into infinite derivation of equations (like strong form and weak form) without clear explanation of what are the physical meaning. It is definitly a torture especially for the students who are not good at algebra and numerical method...
This should be played at the beginning of every lecture throughout the semester.
@@keywang7378 There's not necessarily any physical meaning behind it. Take for example the principle of virtual work. There is no such thing as "virtual work", but it follows from the weak formulation.
Where do you study? Planning on starting a graduate track in computational mechanics next year - curious about your experience.
@@keywang7378 I half agree with you, but I don't understand what a student that is not good at algebra will be doing in a finite element class. The intuition is useful for everybody.
I am a guy knee-deep in FEM (it being part of my job) and in my 8 years of experience in the field, I can vouch for the fact that nothing that I have seen on the internet has so elegantly defined the topic with such lucidity. Thanks and subscribing.
FEM structural analysis
ruclips.net/video/UHRoz2nioSU/видео.html
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
i took FEA as a unit in university and this 18 minute video still taught me stuff i did not know.
can you do analysis of my design please
I need help. Can i contact you?
As a CAE professional, I can say this is a very illustrative video. I will definitely recommend it to my students. Also, I am waiting for more on this, going beyond the linear static problem.
Thank you
Hello sir/ Madam can you please tell some excellent sorces for studying Mechanical engineering softwares specially CAE🙏
@Chetan Sonigara okay brother , thank you for the reply 🙏
@@BAPPA_Rawala Sorry, I thought I already answered. The already mentioned book looks like a good beggining. If you are looking for a commercial software to learn practical FEM I think the best for this purpose is MSC Apex (Student Edition) with its Apex Curriculum Kit.
Regards,
Javier
@@SpokewTheBoss Thank you for your reply 🙏👍
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
Taking an entire semester and smashing it down to one video.
Do you realize how many lives did you just saved with this AWESOME video.
FEM structural analysis
ruclips.net/video/UHRoz2nioSU/видео.html
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
I recently became a teacher and I have to dust my FEM theory off. I went through a lot of videos and articles in order to build my course up and your video is by far the best one, and I mean by far. Visually, mathematically, verbally, it's the best one on all aspects! Huge respect for your work!
10 minutes was enough to teach me the basics that the teacher couldn't do in a whole semester.
I have no words to thank you enough for the video. Keep up the excelent work!
I think FEA is one of the coolest engineering courses!
Any recommend books or materials to get into it ? I am currently studying it, too.
@@lamtran2993 I would recommend the book "Introduction to the finite element method" by Ottosen and Petersson.
It also depends on the professor :-/
Nopes CFD is
Nonlinear FEA...🥶🥶. Tangent matrix goes brrrrr...
University education should start with overview and "what is the sense of" information like this first and then jump into the details and big literature like Bathe etc. Very few university professors are good with didactics wasting the time of their students. Good education methodology like this is rare - congradulation !
It’s funny that you mentioned Bathe. I had him for a grad level class. I was utterly lost because of the complete absence of context.
Bathe is an amazing teacher. His book, "Finite element procedures" is a jewel.
There is soooo much math you need to cram down to become an engineer that you can often lose the point of it. Dry math, without its actual appliance is really hard for most of people. Yet you need it as much as you can have it.
My daily prayers have been answered with this video! Assignment due in 2 days, what perfect timing! Thank you for doing these videos
ruclips.net/video/5IhNmTpRAW8/видео.html
FEM structural analysis
ruclips.net/video/UHRoz2nioSU/видео.html
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
Have a project due tomorrow for FEA. This came in at just the right time
Dude, me too.
Same here for my final project
@@christianjauhari2673 hahaa...same
@@dhanushyakumarkamatam2310 may I know where do you study? Thank you
Imagine being this irresponsible...
FEA is my job, field of scientific research and hobby. And yet so far I haven’t seen such a good, clear, and comprehensive but not too long explanation of the Finite Element Method before. When it comes to the next videos, as others already suggested, I’d like to watch your video about buckling.
Thanks Jakub, appreciate it! Will have a think about a video on buckling.
This is the video I will point everyone to when they ask me about understanding FEA. Everything was so clear and augmented with excellent animations and representations.
As a CAE Engineer, I can say that this has to be one of the best video which illustrates the concepts with in depth knowledge in 18 min. Great Work !
FEM structural analysis
ruclips.net/video/UHRoz2nioSU/видео.html
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
I recollected all the topics I learnt in FEM in college by watching this less than 20 minute video.
ruclips.net/video/5IhNmTpRAW8/видео.html
@@nirvlogswithfun loka
Can you suggest a channel on RUclips to learn complete finite element analysis?
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
@@chiragdugar8183 i have question can you help me please
This channel is a treasure. I really appreciate your work. Thank you so much.
ruclips.net/video/5IhNmTpRAW8/видео.html
FEM structural analysis
ruclips.net/video/UHRoz2nioSU/видео.html
Me too
I fully agree.
The best 18min i have ever spend on a video and i will watch it again now 😋
ruclips.net/video/5IhNmTpRAW8/видео.html
As someone who is specialized in FEM software, I can say you did a great job. I will share this video on my channel!
@Music, raw. Yeah, but FEM courses at universities tend to be really messy, boring and poorly explained. At least in my country ;-)
@@Gumball_W Yup. The same case here. It's not only about the information and knowledge that we share, the way how we present it is important too.
@@Gumball_W you are also from India
@@BAPPA_Rawala No, I’m from Poland
@@Gumball_W okay brother
I first heard of FEM 40 years ago in my college senior year, I was totally confused because the presenter did not know what he was talking about. This 15 minute video finally made me understand a little bit about it, thank you!
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
Whole semester completed in short great video❤️
I agree. I've had a professor who couldn't even bother explaining these fundamental concepts in simple terms like in this video.
You can see directly how much work went into the video. Good videos on the subject are rare! Very nice
After struggling to understand the theory of FEM, I came across this and this is the best explanation I could ever have. Great audio visual, great explanation. Would definitely recommend it to my peers.
First of all Thanks a lot..my prayers were answered by this video. Really it is very difficult to be in CAE field without proper understanding of FEM concepts. Literally I am screwed up by my own mind daily to know the things right. This video means a lot to me. It answered almost all my doubts in FEA theory. one thing which made me connect is visual representation to understand the concepts because I went in reading many blogs,websites even some other RUclips videos too but I didn't get confidence in FEM now it did. From now on my work in my job going to be different. I gained much confidence. Onceagain thank you.
I use FEM daily for computing electric fields. It is amazing!!!. Very well explained
Can you help me please in this topic i have difficulty assignment,please
@balaji sriram
@balaji
@balaji sriram
Don't have words to describe how incredible this channel....any how thanks a lot for this lot of information 🙏🙏😭😭🙏
FEM structural analysis
ruclips.net/video/UHRoz2nioSU/видео.html
My God, I studied that so many years ago... Like going back to my college again... Thanks for a sentimental vid!
Just became a level 2 patron, since I appreciate your work and it's so helpful to visualize scenarios that are hard to imagine based on text and notes/drawings. FEM was one of my classes in University in Germany and once you exceed a certain level of complexity (which is basically valid for all engineering subjects, not just FEM) many people check out. So thank you for filling that gap and making engineering easier to understand for those who want to learn!
Bruh. This is exactly what youtube is meant to be. This is so professional, high quality I can't believe I'm actually watching this.
Just got my dream job as a FEM Engineer, and I am loving it!
Congrats on the job! :)
Where do u work?
How much math is involved? What software are you using?
One of the best ultra quality, extremely interactive, highly lucid and coherent engineering content I ever saw in RUclips!! I bet this one deserves the place in top 10 videos in RUclips the way the content is created!
Thanks for the video. I really appreciate this so easy-to-understand explanation. I'm not even a mechanical or material or structural engineer, but I can easily understand it. When I refer to several reference book, I found it's hard to understand FEA, but then I found this treasure and I could say this is the easier form than those books.
You're the GOAT. Keep up the good work!
These are the best animations I've seen on this channel. Beautifully explained and illustrated. Wonderful video. I will send my students your way :)
Amazing topic and delivery, this deserves such wide recognition for its ability to explain.
Superb graphics. Absolute clarity of concepts. You’re doing a great service to the engineering profession. Keep innovating
it took me a month studying all day long to understand this concept but this animation makes it clear and easy! Of course when you do all the calculations by hand you will get to understand whats goin on more in detail. thank you for this cool resource
One of my favorite pieces of code I wrote during my undergrad was a general code that assembles a global stiffness matrix for any connection of elements and nodes. I made it robust enough to walk out of my final exam within 10 minutes because all I had to do was input the givens in the problem. FEM is such a good topic of engineering!
Damn that's cool! I wish I knew it !
@@manavputtyah7568 Relate your DoFs from your element stiffness to where they connect on the global node DoFs. Hope that helps!
@@erockromulan9329 thanks buddy. I'll give that a try ❤️❤️❤️
I'm in an FEA class right now, and this is exactly what we're learning rn. Incredible explanation
Amazing video. You are one of the best science divulgation channels on RUclips!. Congratulations and please, keep producing this kind of material!
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
The fact that this video is so good is the fact that It focuses on the idea standing behind using FEM and show it gently how it's used. I wish everyone had such introduction to the topic on universities.
Phenomenal work! You just summarized all the key aspects of FEM in under 20 minutes.
I really enjoyed building these matrices in my undergrad classes. I have switched field since then to fluid dynamics, but it was a joy to watch this video and remember the memories.
I did a whole 270 hours course on FEA last year - this really wraps it up very nicely!
FeM structural analysis
ruclips.net/p/PLg_GL42KJkmG7maeWMd6JKguJlQHoTNa4
From ?
From what?
I can't like this video enough. Every once in a while, I return and rewatch it to refresh my knowledge about FEA.
Wow, this video is just perfect. Accurate, comprehensive, easy to understand... Thanks for making it!
I am working in academia and offer CAD/CAE trainings to potential users. Often I recommend this video to the participants in introductory training on FEM. You have nailed it to the point.
I am grateful for effort that you have invested. 👍
Although it was mentioned at the beginning of the video that FEM can be used to solve Fluid Mechanics, Heat Transfer and Electromagnetism problems, it really shouldn't be used for such applications, since those kind of problems relies heavily in conservation of energy, mass, momentum... While using the Finite Elements Method the differential equation is integrated in the non-conservative form, using other methods such as the Finite Volumes Method will guarantee conservation of those properties for any mesh size, which is really important. When the spacial and temporal meshes tends to 0, all methods converge to the same solution, but since it isn't possible to have an infinitely refined mesh it is important to select the right method for different kinds of problems. In the same way the FVM also can solve solid mechanics problems but in certain situations the FVM can handle first derivatives badly, as well as the FEM handles second derivatives badly, both scenarios leading to instabilities.
So, the problem with FEM is that the result will be influenced a lot by mesh dimension?
It blows my mind how well explained this is. Much better explained than in university courses. Amazing work!
As a ME student, I decided my concentration to be robotics and spent a lot of time coding in C. However, there are other two techniques that I am really interested in: one is FEM, and the other is CFD
ruclips.net/video/UHRoz2nioSU/видео.html
I agree
The 10 years I have spent using FEM with commercial softwares have blurred my initial understanding of the topic. Now it is perfectly clear again. Thanks !
FeM structural analysis
ruclips.net/p/PLg_GL42KJkmG7maeWMd6JKguJlQHoTNa4
Finally a video about FEA 😃 It’s really awesome explanation. It would be great if you could continue this topic and make a video for example about basics of nonlinear analyses or about shells.
However, there’s also another topic that’s really needed in this series - buckling / structural stability.
FEM structural analysis
ruclips.net/video/UHRoz2nioSU/видео.html
The clearest and most instigating introduction to FEA I've ever come across.
Yeah from first video on this channel, I wished this topic on this channel and it's here....
ruclips.net/video/5IhNmTpRAW8/видео.html
Finally I got a videos that gives a brief idea about FEM.
Thank you so much for your excellent videos!
FeM structural analysis
ruclips.net/p/PLg_GL42KJkmG7maeWMd6JKguJlQHoTNa4
Amazing work ! You finished the game of FEM !
topology optimization too plssss, I wonder how that magic works
Definitely an interesting topic, and not the first time it's been requested. Will give it some thought!
It's not really that magical when you think about it. Topology Opt is one of the types of shape optimization (three "Topo"s (-metry and -graphy are the others)). With topology here you essentialy create an envelope ( for example a brick), give it features you need (holes, connections etc.) and then you run a FEM simulation on that, with the loads and boundary conditions you need applied. It will "map" the stresses on the discretized brick, "normalize"(read: assign importance from 1 - very important to 0 - chuck that nonsense) to the elements based on how much they are f.e. stressed, then you chuck the ones you don't need that much and recompute. Repeat that a number of times (it can get quite sophisticated here) and voila, you have a shape that uses the material it needs, with reduced weight while preserving the stiffness (or "compliance") you specify. Assuming of course, your model is approximately accurate to reality. It's based on taking away unnecessary material.
Now Generative Design, oh boy that's a different beast. That be how nature does its thing (think how your bones grow to support the load). This one is based on lattices and GROWING the part, that's some magic right there.
If thi video would have come out a year ago i would have definitely got good grades in Finite element analysis .this video basically covers 800 pages book into a 20 minutes with excellent animations .great work
Today was my exam. Why you exactly uploaded after my exam😅
Noooo, sorry! Hope it went well.
@@TheEfficientEngineer 🥰 exam was so easy because FEM is my fav subject. Thankyou for your reply🥰🥰
Awesome
@@ansonjohn3876 it's easy because it's easy. There are way harder courses than fem
Man your videos should be on the required reading/watch lists for All the engineering courses out there. It will save So much pain and attract more ppl to do engineering.
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
Awesome video. Reminded me of when I took computational mechanics classes during college. 🤘🏻
The best video you can find and have the most important information about FEM in just 18 minutes. Amazing!!!!
Amazingly well explained. Profs so often delve deep into the math without properly introducing the subject, so students are left to guess exactly what you showed by reading mathematical derivations, which is just as hard as it sounds! Thanks for the great content!
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
@@Catloverss95 seems unlikely that students would spend time in class and watch the super long series of unpassionate videos thus linked...
The very pretty thumbnail brought me here. This video has basically everything you need to know on linear FEM. I didn't watch the video so i don't know, but i hope Dirichlet and Neumann boundaries were part of this video.
I’ll never forget my first day of my senior level course, “Matrix Analysis of Structures” way back in 1978. The professor was my advisor and the Dean of Graduate Studies. He said, “On the board is a 10x10 augmented matrix. Have it solved by the next class period.” We all looked at each other as it was a small class. Sure enough, the FEM was the focus of the class. Need I say how many boxes of IBM punch cards a had to literally CART around during that semester??!!
Finally! At long last I could understand what this method is about!
The best engineering RUclips channel for grasping graphical intuition on engineering concepts.
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
This channel is a gem, if I knew it in my masters degree, I wouldnt have ended up in a depression.
Excellent job, my friend you just summarize accuratly and precisely my first year of master in aeronautical structures at polimi. Excellent video and information 👏🏽
do you have nebula account
Researching many content of this topic - I can say your Presentation is key to all!
Like engineer I can say that finite element has become the method of choicr for solving many types of partial differential equation in engineering equations and physical sciences. It is like you have said - important applications include mechanics, FLUID FLOW (for mel), thermodynamics and electromagnetic field. We usually, take what you also say (so this is brilliant who you differnt issue) =The basic idea is very elegant and dates bak to the classic al work like Gelerkin or Rayleigh, Ritz almost a century ago.
You have all important topics! 👏👌
Best FEM explanation on RUclips! Keep going.
Thank you. Enjoyed it. I'll point all who ask me about a starting point for the FEM/A to your video. Nice work ... Cheers
Literally the best FEA video on yt rn.
Period.
What an excellent video. Thanks for not avoiding the linear algebra, your clear connection between the model concept and the computation is quite elegant.
I am definitely watching this again...
you are way more better than any professor who i've ever met in the university. And I study mechanical engineering and all your videos almost cover everything. i should meet you earlier
This is the most straightforward overview of FEA I have ever seen. Fantastic work!
We are so lucky for having this RUclips channel, THANK YOU
I spent 6 months in the Finite Element Method class and remember nothing about it but can say in 18 minutes they did it WAYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYY better, If youtube was a thing when I was at college chances are I would have been a better engineer....
Perfect combination of modern 3D animated presentation tools to deliver excellent introduction to a very sophisticated topic.
FeM structural analysis
ruclips.net/p/PLg_GL42KJkmG7maeWMd6JKguJlQHoTNa4
This is too well explained. Thanks, I understood from you what I couldn't from my professor👍👏
Smoothest Transition Ever So nicely edited and well explained
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
For anyone wanting to learn FEA, this video is worth watching a few times. Great!
I learned more in these 18 mins than the entire semester-long course on FEM in my college. Thank you, Sir!
ruclips.net/video/UHRoz2nioSU/видео.html
This are simply the best lectures, the voice, animations, topics, incredible. Thanks.
Imagine how improved our society if the education as good as this video!
This video is brilliant! Best FEM explanation I’ve ever heard.
I have to say I followed just about every single one of your other videos quite easily but this one lost me almost completely by the summary section. It's pretty complicated, but I'll come back and watch this video many times until I understand it, because I want to understand it. I know there can be no other explanation on RUclips that is better than this too.
This is the first channel that's actually tempting me to sign up on nebula
amazing quality and visualization. really thankful for your work.
dude, thanks for summarizing my whole numerical methods unit into one 20 min long video
Amazing and informative as always. The way you introduce a topic simply is equivalent to 10 classes.
Perfect video to understand the concept of ANSYS etc
I just wanted to thank you for creating such great content. This was the channel I watched when I was trying to prepare for my job interviews during COVID when market was extremely tough and I think your content helped me a lot in landing me a job.
Amazing - congratulations on the job!
Finite element structural analysis basics
ruclips.net/video/KtdWo95cn6w/видео.html
Hey Bhagat, congrats for job. I wanted to switch my career from maintenance to CAE . Can you guide for the same as to what path shall I follow? It would be a big help sir.
Wow, I really wasn't expecting this high quality of a video when I began searching for this subject. Really wonderful job, thank you!
could you add a legend to your visuals, its so hard to follow without it
Nicely explained. It's an antique for generations to come.
FEM can't get simpler than this !!! By far the best video on FEM !!! Thank you. I will share this with all my students 👍 Waiting for more on this topic
Mother of GOD why is this free. I mean, I'm not complaining, I'm just so happy.
Very good visualzation. I learned something people in school usually hate and loved it.