Elastic Deformation and Plastic Deformation | Mechanical Properties of Solids | Don't Memorise

But what can be Elastic Deformation and Plastic Deformations? (Mechanical Properties of Solids)
We know that when a Spring is Stretched or Compressed it goes back to original shape when released. Why is that? what is restoring force?
Watch our video to learn about elastic and plastic deformation

In this video, we will learn:
0:00 Introduction
0:18 Elasticity
0:46 Elastic deformation
1:16 Permanent deformation
1:35 Plastic deformation
1:49 What is Elasticity?
3:45 Elasticity - mathematical expression



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#Elasticity #MechanicalProperties #Solids #neet2024 #infinityLearnNEET #neetsyllabus #neet2025

[Johannes]

Don't forget Elastic Fatigue! Even if an elastic object is well within the elastic deformation range, repeated stress over time will reduce its effectiveness. :)

[s.m.alamin]

Summary : Ability to regain the original force of a object when the applied force is removed is call Elasticity.
The object which is more resistance to deforming force and quickly come back when force is not applied is more Elastic! 😃

[OminousBeast]

Thanks for one of the best explanations one can ever hear!

[IIIOOHemant]

This channel cleared my most of the concept

[anishchourasiya]

Sir please make video on 12th syllabus based concepts

[brd]

Spring ups. Rubber breaks. They are properties of behaviour on application of pressure force.

[irfanhaider]

love ur channel and way of teaching 👍💖👍💖

[alexgabriel]

Temporary deformation = object resumes its original shape once the force is removed = Elastic deformation
Permanent deformation = object doesn't resume its original shape once the force is removed = Plastic deformation

[tanjinaaktar]

What an explanation... thanks thanks thanks thanks thanks thanks to infinity

[palakagrawal]

Which app or software do u use to make this type of videos

[tamizhazhagan-jaishreekris]

The behavior Of material to be elastic depends on modular ratio 😀

[lifegameryt]

good work keep it up nice conceptional video

[cheriesimz]

Love this summed it perfectly! Thank you!

[arusan]

Hi Please can u help me in understanding why youngs modulus more than Yeild strength

[hsingh]

But why didn't you made video on HOOKE’s LAW.
Edit: o I saw this video now and after watching this video I knew that
you will upload Hooke's law video next.
Thank you.

[ibrahimnauman]

A very informative video. I loved it. thank you. it helped me understand deformation

[aparnabodduluru]

I understood it thankyou so much. Keep going

[ywk]

Thanks for the video. May I ask why organic materials are more flexible compared to inorganic materials?

[sufiyantabani]

Please make videos of biology class 11 and 12 for neet aspirants

[izzybw]

So no one is gonna talk abt the spongeball? Ok then.