Understanding Poisson's Ratio
ฝัง
- เผยแพร่เมื่อ 26 ก.ย. 2024
- In this video I take a detailed look at Poisson's ratio, a really important material property which helps describe how a material will deform under loading.
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The Efficient Engineer is a channel aimed at mechanical and civil engineers. The mission is to simplify engineering concepts, one video at a time!
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My engineering studies happened on 1990s. All concepts were understood by imagination.
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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
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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.
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 :)
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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
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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!
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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 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.
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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 👏🏻👍🏻
Amazing video . Cleared my concepts and kept me engaged ! Thank You 😊
This cleared all the doubts i had and didn't have yet in 10 minutes.Thanku sincerely.
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Is stunning how well and clear is this video
Love this video, it contains all the essentials informations of this topic. Thank you so much to share your knowledge.
This is amazing. Reminds me of my time in school learning all this.
You nailed it bro... Now I'll never forget what poissons ratio is... Ty!
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Amazing video. A very good explanation of Young's Modulus. This would have been amazing when I was being introduced to the concept.
Thank you so much! As a 1st year Civil Engineer this video was helpful!
Thank you so much
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Please upload more videos. Such a visualisation make things so clear
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actually now i understood what is poission ratio after ending my 1st year.this is perfect education method. keep it up sir
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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!
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We wish if we have like such great educator in our classes. Thank you so much
Very Very Helpful for imagination that what is actually happened in poisson ratio....very very helpful video sir..... thanks
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.
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Nice. Now time for CROISSANT'S RATIO.
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Golden content for civil engineer
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I was never thought before what is (-) and (0) Poisson's value, thank you, this is masterpiece video, thank you again
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.
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Cheers!
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