As a current junior in university pursuing a Mechanical Engineering degree, I cannot stress enough how helpful these videos are. Thank you for literally outperforming college professors in explaining the concepts, and sharing to the public, such a beneficial channel. Thank you!!
As an engineering student, this video has taught me more than a typical classroom. Not only can I rewatch the same material without having to reply on chicken scratch scribble notes but also it's explain in a way for me to understand and also visualize. Thank you so much for these! Definitely subscribing and going to watch more!
Please please please, continue with what you're doing. You're a great educator and you are helping a lot of students during this pandemic learn despite the difficulties. Thank you so much.
With v < 0 as when he keeps making contentment like this (axial strain), the Channel Subscriptions base will take the form of lateral strain. محمد العجيري
One of the only engineering channels worth watching on utube.... The rest are just about job statistics and not academic enuf.... These videos could be used in real engineering classes.... They aren't talk shows.... These r super professional... No stupid intros and sales pitches.... Not for entertainment... Just pure learning.. Love it!!!
I always come back here to this channel. That's how magnificent it is. Let's support it and make it grow. Infinite gratitude for your outstanding work.
Very well done. I learned this principle in my first year of mechanical engineering but it was explained better here then I have ever seen it. Great content. Keep it up :)
The way you explain concepts are amazing and understandable,please make videos on more concepts.Thank you for uploading this. As a subscriber waiting for more videos on useful concepts.
I am a second grade mechanical engineering student. And now i understand the concepts better. I realize that i did not understand at all in my first year any of these. Thank you. Please keep up making these videos.
Dude you are a legend I hope you know that. Your videos helped me out so much last semester when I was taking strength and materials. You're helping me out already this spring semester. Thank you so much!
From this video I drew several times more conclusions than from boring lectures on the strength of materials, where only were given two formulas and one drawing ;)
Thank you! Visual demonstrations make it much easier to understand these concepts. I learned Poisson Ratio from structural mechanics and material science books but always had difficulties to fully understand
I came to this video while studying the parametrization of the miura-ori fold on a paper. It is an engineered structure with poisson's ratio = -3 ! Those parameters explanations would be handy in a video ;) Thanks for the good work!
These videos are the best that I ever seen in my entire life, such a great content that it's worth every second, congrats!!!! And sorry for my bad english haha
I probably learned this in my mechanics of materials course i took 45 years ago as an engineering student. I have long since forgotten this. Not overly usefull doing engineering designs. But you never know. Very nice refresher on this.
Im always silent when it comes to educational videos but i have to say thats way more than excellent How easy ,simple and definitely clear analysis for every concept
Wow woww.. i searched so many chanels in u tube but ..no body explained in a way that u explained here...osmmmmm....please upload more videos ..i wiillll be waiting 😍😍🤗
I always unwanted animated video concepts for a better understanding of such a complicated topic. I can understand your hardword on making such a long animated explaination video. Thank you so much a keep up making such animated explaination video😊😊
Awesome illustration for POISSON’S RATIO, you have explained it thoroughly and in away that every Engineering Student // Engineer will definitely comprehend the meaning and importance of POISSON’S RATIO when he // she watches the video. Great Job 👏🏻👍🏻
I love this video!! Really educative stuff. I bet my teacher wouldn't be able to explain this better than you did. WIth perfect illustrations and examples..keep doing what you doing..educate the world for a better world..Thank You!!
Literally better than the classes I've had to take in uni. I don't understand why they make the courses so theoretical, when an engineer needs to understand the concepts more than the math.
Your videos are absolutely fantastic, if only they have been around when I studied mechanics! One interesting thing I would add to this video - the mathematical interpretation of Poisson's ratio above 0,5 is interesting - the material would expand under uniform (same from all directions) pressure and shrink under uniform tension, which I find funny to imagine
Simply fantastic videos. The way you integrate the physical aspect of material behaviour with the quantitative aspect is excellent. The pace at which you speak and the way you explain in simple terms is fabulous. Looking forward to more videos from you specially on continuum mechanics. If I may ask how do you make your beautiful figures and animations?
This is the future of education. Making concepts as illustratable as possible.
Exactly
My engineering studies happened on 1990s. All concepts were understood by imagination.
Exactly! In 15 years from now this will be the basis of understanding in highschools and then in college we can move to learn more intricate stuff
Should have happened way back in history
Awes Khan rt
This is what UA-cam was made for.
As a current junior in university pursuing a Mechanical Engineering degree, I cannot stress enough how helpful these videos are. Thank you for literally outperforming college professors in explaining the concepts, and sharing to the public, such a beneficial channel. Thank you!!
Did it get better??🧎🏽♀️
As an engineering student, this video has taught me more than a typical classroom.
Not only can I rewatch the same material without having to reply on chicken scratch scribble notes but also it's explain in a way for me to understand and also visualize. Thank you so much for these! Definitely subscribing and going to watch more!
Please please please, continue with what you're doing. You're a great educator and you are helping a lot of students during this pandemic learn despite the difficulties. Thank you so much.
Excellent video. Keep pushing out content like this and you'll grow fast.
How fast you think he will grow with this quality content, like how much in Poisson's ration ?
With v < 0 as when he keeps making contentment like this (axial strain), the Channel Subscriptions base will take the form of lateral strain. محمد العجيري
We need more UA-cam channels like yours.
One of the only engineering channels worth watching on utube.... The rest are just about job statistics and not academic enuf.... These videos could be used in real engineering classes.... They aren't talk shows.... These r super professional... No stupid intros and sales pitches.... Not for entertainment... Just pure learning.. Love it!!!
Cork is the best example of our entire lives. So connected to main topic and memorable AF. TYYY
This is an incredible video that makes things easily understood.
What a good production! Thank you for putting Poisson's ratio across in such an illustrative material.
I always come back here to this channel. That's how magnificent it is. Let's support it and make it grow. Infinite gratitude for your outstanding work.
Very well done. I learned this principle in my first year of mechanical engineering but it was explained better here then I have ever seen it. Great content. Keep it up :)
You're 3blue1brown of engineering version! Thanks for your efforts it's so easy to understand now. New subscriber. hehez
The way you explain concepts are amazing and understandable,please make videos on more concepts.Thank you for uploading this.
As a subscriber waiting for more videos on useful concepts.
I hate Solid Mechanics until I watched this channel. You just motivated me.
I am so lucky to learn from you.
It's undoubtable that this is a quality video series. Thank you!!
I want more videos like this.
I am a second grade mechanical engineering student. And now i understand the concepts better. I realize that i did not understand at all in my first year any of these. Thank you. Please keep up making these videos.
Hell yes a UA-cam channel of engineering!!! M8 you gain a subscriber from Argentina, a big shout out
I'm a student and a researcher and gotta say that this was the best explanation I encountered while learning this topic it's great keep it up
Dude you are a legend I hope you know that. Your videos helped me out so much last semester when I was taking strength and materials. You're helping me out already this spring semester. Thank you so much!
These videos are incredibly intuitive! Thank you, and may the algorithm bless you
From this video I drew several times more conclusions than from boring lectures on the strength of materials, where only were given two formulas and one drawing ;)
I've been looking for a channel about mechanical engineering concepts for so long. Don't ever stop what you're doing!
These videos are the most digestible explanations of mechanical engineering topics I've ever seen. These would have been great when I was in college!
Have never ever seen a video which is so illustrative descriptive and informative in a simple way as this..
You just summarized 3 lesson in less than 10 min.
Also your explanations are so clear and helpful, thank you very much.
This is one of the best engineering concept videos I have ever seen. Thank you so much The Efficient Engineer
Thank you! Visual demonstrations make it much easier to understand these concepts. I learned Poisson Ratio from structural mechanics and material science books but always had difficulties to fully understand
I came to this video while studying the parametrization of the miura-ori fold on a paper. It is an engineered structure with poisson's ratio = -3 ! Those parameters explanations would be handy in a video ;) Thanks for the good work!
These videos are the best that I ever seen in my entire life, such a great content that it's worth every second, congrats!!!! And sorry for my bad english haha
I’m studying material science and your videos are excellent!
I probably learned this in my mechanics of materials course i took 45 years ago as an engineering student. I have long since forgotten this. Not overly usefull doing engineering designs. But you never know. Very nice refresher on this.
i can't thank you enough for the struggle you made..., you made the engineering interesting for me..
Thanks!
This is my favourite engineering channel please continue making content!!
Every bit of your video is informative. What a systematic approach of teaching!
This cleared all the doubts i had and didn't have yet in 10 minutes.Thanku sincerely.
These videos are very helpful. I study Civil Engineering and visualizing mechanical concepts really helps in understanding these ideas
Im always silent when it comes to educational videos but i have to say thats way more than excellent
How easy ,simple and definitely clear analysis for every concept
Hoping to find guys like efficient engineer for other subjects also...it will make me truly worth as engineer
this is one of the most important channels formed for engineering
Love this video, clearly understood everything. Please keep on posting.
this channel is like a gold mine
Wow woww.. i searched so many chanels in u tube but ..no body explained in a way that u explained here...osmmmmm....please upload more videos ..i wiillll be waiting 😍😍🤗
You are making Efficient Engineers to the world 🤝🏽💯
I always unwanted animated video concepts for a better understanding of such a complicated topic. I can understand your hardword on making such a long animated explaination video.
Thank you so much a keep up making such animated explaination video😊😊
actually now i understood what is poission ratio after ending my 1st year.this is perfect education method. keep it up sir
I'm agree with you is good video
You nailed it bro... Now I'll never forget what poissons ratio is... Ty!
Thanks a lot! This makes stuff so much easier. Never stop!
Thank you so much! As a 1st year Civil Engineer this video was helpful!
Awesome illustration for POISSON’S RATIO, you have explained it thoroughly and in away that every Engineering Student // Engineer will definitely comprehend the meaning and importance of POISSON’S RATIO when he // she watches the video. Great Job 👏🏻👍🏻
engineering students from Brazil, we love your channel
Such an impressive engineering chanel. You 're doing a great job!
Is stunning how well and clear is this video
Clear, concise explanation and great graphics! Thank you for making this awesome video!
This is so much better than the 2 hr lecturer Of my Structural analysis mam.
I love this video!! Really educative stuff. I bet my teacher wouldn't be able to explain this better than you did. WIth perfect illustrations and examples..keep doing what you doing..educate the world for a better world..Thank You!!
Amazing video . Cleared my concepts and kept me engaged ! Thank You 😊
Good stuff. I'm gonna have my students watch this.
What do you teach? And what level?
@@mathew66 I teach Civil Engineering at pre-University and University level.
Michael Dino Cotugno aw cool. Currently in 2nd year for aero mechanical engineering😊
This is amazing. Reminds me of my time in school learning all this.
This channel is no less than engineering college.
This is lovely. each of your videos are so easy to understand. Thank you
This is some high quality stuff!
Great video, keep it up!
Underrated Chanel . Nice job man
BRILLIANT EXPLANATION...BEST I HAVE EVER COME ACROSS. PLEASE KEEP MAKING MORE VIDEOS ON ENGINEERING FUNDAMENTALS.
I just cannot appreciate enough how amazing these videos are!!
Nice. Now time for CROISSANT'S RATIO.
Literally better than the classes I've had to take in uni. I don't understand why they make the courses so theoretical, when an engineer needs to understand the concepts more than the math.
Thank you so much
Love this video, it contains all the essentials informations of this topic. Thank you so much to share your knowledge.
Amazing video. A very good explanation of Young's Modulus. This would have been amazing when I was being introduced to the concept.
Beautifully explained!!! Keep up the effort. You will have more followers soon
You are very good and intelligent and this video is good for engineers
Thank you from Egypt
Really helpful to my studies. Thank you and keep up the good work.
Please upload more videos. Such a visualisation make things so clear
One of the nicest videos ever seen!
Your videos are absolutely fantastic, if only they have been around when I studied mechanics! One interesting thing I would add to this video - the mathematical interpretation of Poisson's ratio above 0,5 is interesting - the material would expand under uniform (same from all directions) pressure and shrink under uniform tension, which I find funny to imagine
yea its a material they lie about. I actually make that material.
I have came here after finding a difficulties in strain gauge sensor ..... excellent video ,thank you sir
You made this clear for me after 12 years
I was never thought before what is (-) and (0) Poisson's value, thank you, this is masterpiece video, thank you again
Really good, your videos are make learning easier especially with all the animations!
Muy buen video. Dejo otro. ua-cam.com/video/WzcFY33Okbo/v-deo.html
We wish if we have like such great educator in our classes. Thank you so much
very well explained. Thanks for such an informative and concise video.
Great videos. And very well explained. I look forward for your next uploads:)
Excellent content. wish u were my materials and structures lecture, I swear I was gonna nail the module.
Great tech. knowledge through explanation keep it up
👍 From India
Simply fantastic videos. The way you integrate the physical aspect of material behaviour with the quantitative aspect is excellent. The pace at which you speak and the way you explain in simple terms is fabulous.
Looking forward to more videos from you specially on continuum mechanics.
If I may ask how do you make your beautiful figures and animations?
Thank you! I use Blender to create the animations.
Do you make the objects like the different cubes, circles, figures in Blender as well?
Yep!
Thanks for this excellent lesson. None explanation in classical books of strenght of material I know was so clear and complete. Congratulations!
That's a great video, it's useful for someone who is studying engineering
Good way of teaching and learning, nice videos, good job efficient engineer team🙌👏worth a watch about concepts
Excellent video with clear explanation 👌. Expecting many videos
Here for the breath potion of the PE exam. Great job!!
Amazing videos. Highly useful for imagination. Keep 'em comin.
I wish your videos were around while I was doing my Undergrad. Anyway better late than ever. great videos
the explanation is easily understood and visualizations are outstanding!
Excellent Illustration of concepts.. Great work...
Really enjoying your videos , at 2:50 you mention that poissons ratio is the ratio of longitudinal strain to lateral
After three days in a classroom being lectured I guarantee I wouldn’t have understood this as well as I did after this video. Thank you
no one can teach better than this
thanks alot