what is happening is i learn a course from one iit professor & start to feel like no other professor can teach like him & wish if he could teach all the subjects but then i watch other subject videos from other iit professor & feel like all iit professor are amazing , these lectures are so much useful , great content , hats off.
The lecture is excellent. The examples for real life and industry relevant problems that were tackled using FEM are just mind-blowingly amazing! SO cool!!
I'm putting a lecture wise topics list here..It gives topics that I felt were major and by NO means is comprehensive. Lec-7: Momentum Balance, Principle Stress, Von Mises theory, Lec-8: Lec-9: Von Mises continued, Strain, Elastic material (strain energy density function) Lec-10: Stress-strain relation Lec-11:Plane stress/strain Lec-12: Plane stress eqns, Intro to beam, plate, shell, contact elements Lec-13: Functionals (Calculus of Variation), Virtual work equations Lec-14: Lec-15: FEM Intro Lec-16: Q's from lec15, FEM theory from virtual work principle Lec-17: Examples on software (IDEAS) Lec-18: Interpolation functions (requirements of good interp. function), Lagrangian interpolation Lec-19: Iso-parametric formulation, Quad element Lec-20: Recap, Numerical Integration, Tria Element Lec-21: Course objectives in the future, quad to tria by collapse method Lec-22: Higher order Tria and quad elements, Area co-ord system, Serendipity elements
As per 45:00, how can we know, whether it is plastic strain or elastic strain or failure strain? Please help me with some information. Thanks Naga Ranjithkumar A
He referenced a train accident in Germany "last year", and I guess the only one that would have made international headlines is the accident in Eschede in 1998, caused by a crack in a wheel, where over 100 people died. So I guess the lecture was conducted in 1999.
Dear Author I am ghani, from Indonesia. I just want to ask general questions, which one more accurate for any problems between Finite Difference Method and Finite Element Method? and Why? Best Regards Mohammad Ghani
Can't believe lectures of this quality are on the internet for free. Thank you so much.
Indeed!
Nice explanations. It is obvious watching the lecturer that he enjoys teaching. These are extremely useful videos.
What a brilliant professor! I wish my college had professors like him.
what is happening is i learn a course from one iit professor & start to feel like no other professor can teach like him & wish if he could teach all the subjects but then i watch other subject videos from other iit professor & feel like all iit professor are amazing , these lectures are so much useful , great content , hats off.
Actually they only make videos series by the best(most liked by students) professor of that particular subject/field.
The lecture is excellent. The examples for real life and industry relevant problems that were tackled using FEM are just mind-blowingly amazing! SO cool!!
I'm putting a lecture wise topics list here..It gives topics that I felt were major and by NO means is comprehensive.
Lec-7: Momentum Balance, Principle Stress, Von Mises theory,
Lec-8:
Lec-9: Von Mises continued, Strain, Elastic material (strain energy density function)
Lec-10: Stress-strain relation
Lec-11:Plane stress/strain
Lec-12: Plane stress eqns, Intro to beam, plate, shell, contact elements
Lec-13: Functionals (Calculus of Variation), Virtual work equations
Lec-14:
Lec-15: FEM Intro
Lec-16: Q's from lec15, FEM theory from virtual work principle
Lec-17: Examples on software (IDEAS)
Lec-18: Interpolation functions (requirements of good interp. function), Lagrangian interpolation
Lec-19: Iso-parametric formulation, Quad element
Lec-20: Recap, Numerical Integration, Tria Element
Lec-21: Course objectives in the future, quad to tria by collapse method
Lec-22: Higher order Tria and quad elements, Area co-ord system, Serendipity elements
Does he mention book for reference ??
@@johnrebeiro1066 no
Greetings from Bangladesh Sir. I admire your teaching capability.
sir such a wonderful class I ever heard
true respect for u sir
Sir... your lecture was Simply Superb...
very easiest method of understanding
thanks sir u cleared my concept
it is very useful, even the video is made fifteen years ago,thanks
Awesome video! Thank you! Very informative and helpful
helpful for students like us who doesn't has lecturers like you
Thanx For Such a Strong Introduction ..............
Wish my class lecture be like this. Less equation focussed, more concept
thank you for such type of brilent lecture
shahid hussain from pakistan gilgit city
that is indian way of teaching
Mahesh Kothamahesh shut up!!...
don't insult him because he is Pakistani
shahid amiri thanks for the praise...
let's live like brothers and hope you will remember a good teacher on nptel whenever politics splits up apart!
sikh liya na? ab bomb bna de
lol
Loved it sir❤
Thank you sir. Clearly understandable.
Sir. .it is very understandable lecture
hariprasadh yadla
i realy like this lectures
This video was recorded in 1993 at that time they were teaching thisbI have graduated in 2018 and still no one taught me this not even introduction.🤔😑
Do you know what is happening?? You are learning from world's best institution IIT. Even if you are not in the IIT.
Thank you sir,thank you Nptelhrd
Excellent teacher.
awesum lecture . I want to do internship under his guidance.
Hello are u compltd intnshp in his gudnc
perfect man salute thanks
Great sir
Thank you very much professor.
Lovely!
Very good and nice
Which book is best for FEA???
Excellent Sir
very nice introduction
this is great
Awesome!!!
As per 45:00, how can we know, whether it is plastic strain or elastic strain or failure strain?
Please help me with some information.
Thanks
Naga Ranjithkumar A
very well explained
for the first time ...
I want the lecture to go on and on
Thank you!
Is this for Mechanical Engineering students? As the portion doesn't seem to match.
he said computational methods for design and manufacturing.
Can anyone suggest a reference textbook for this module ?
Thanks in advance.
J. N. Reddy
Course URL:
nptel.ac.in/courses/112106135/
good teaching
Excellent
Thank you so much!!
What year was this lecture conducted?
He referenced a train accident in Germany "last year", and I guess the only one that would have made international headlines is the accident in Eschede in 1998, caused by a crack in a wheel, where over 100 people died. So I guess the lecture was conducted in 1999.
Dear Author
I am ghani, from Indonesia. I just want to ask general questions, which one more accurate for any problems between Finite Difference Method and Finite Element Method? and Why?
Best Regards
Mohammad Ghani
ask me
Amazing
thankyou sir..
awesome
useful .
thanks for that
Is it for civil mtech??
Wow
What standard they are talking about video , huge funds were raised for le tures but the video quality is such a disappointment😔😔
This is for civil or mechanical
MU ka fea padhke ho jaayega na agar Yeh lectures dekhe toh?
Turn it into 1.5x speed,enjoy Clay Davis........shieeeeeeeeeeet
CC ¡¡¡¡¡¡¡¡¡¡¡¡porfavor!!!!!!!!!!!!!!
So low volume..
Increase volume in your device
Increase your device volume
like
Any one in 2025....?