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What is stress mechanical || Stress mechanical engineering in hindi || Definition of stress
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- เผยแพร่เมื่อ 15 ม.ค. 2019
- #sscje #mechanical #gearinstitute
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Tensile stress
compressive stress
shear stress
stress = Force / cross sectional area
stress is force per unit cross sectional area
i have explained in this video what is area of cross section
and how to calculate area of cross section
difference between stress and force
Force V/S Pressure V/S Stress:-What’s the Difference?
All major differences between PRESSURE & STRESS? | Lecture - 25
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How stress, tensile stress, compressive stress works. ✔
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• Some basic points related to the concept of stress :
1. Mechanical stress is the internal resisting force acting inside body on response to external force in order to cause the body in structural equilibrium.
2. It is something like pain on response to external damage (Force causes deformation & deformation cause the stress).
3. Stress is felt also when there is no external force but because of internal structural resistance & even there is no significant noticeable deformation. (Generally, these category of stresses are called residual stress).
4. Stress occurs in two ways -
i. Stress at a point.
ii. Stress on a plane.
Depends on the resisting area which exposes to load if that tends to zero or very small then stress feels at like a point & it is continuous point to point. While if it gets distributed over some finite size area then its average effect is represented as stress on plane.
5. Stress is continuous distribution of internal pain effect on resistance to external force which has any behaviour whether being a constant value or variable value.
6. Body may deform or fail only because of induced stress on response to external imposed force which causes structural changes to ensure equilibrium & even if equilibrium is there body may or may not recover to its original shape.
7. Always strain occurs first & then stress & both are interconnected by the properties called modulus related to various dimensions which are completely material properties.
8. Even if external force is same, induced stress is same, two bodies of different materials may not be deformed with same amount.
9. Stress is a tensor quantity. It can be possible that it is directional or non-directional or multi directional based on direction & orientation of area relative to distributed load on response to external force.
10. Stress is very general but strength is very unique to a particular body. Strength is generally defined in two ways -
i. Strength corresponding to permanent set in shape change.
ii. Strength corresponding to complete failure in disastrous manners in the forms like breakage in pieces, exploding pieces, etc.
One of the best teacher in india for mechanical engineering
There is a very important point my dear sir has mentioned (time 10:05 minutes). - force must be applied on both side to feel/see/observed the stress phenomenon. If we applied force on one side it will move.
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Good job sir
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I was confuse about to stress and after seen this lecture... I feel like to good thnx sir ❤️
गुरुजी के आशीर्वाद से हमे अपनी मंजिल मिल जायेगी
Aap jis trah explain karte h concept wah kaafi ache se samjh me aa jata h 👍🏻 aur interesting bhi lgata h😇,
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Bernaulis theorem
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Stress strain diagram
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Thank you sir , for this helpful video
I have understood the basic point about stress clearly. Thankyou sir!
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I have understood the basic knowledge of stress, tensile as well as compression strength. Thanks Sir
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we can say..
the external phenomenon is pressure..that is on the body..
and internal effect by body is stress
I was thinking the same
Nice sir👍
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Sir, uh r the best teacher but i have a request mujhe major stress and minor stress padna h please help 🙏🏻🙏🏻🙏🏻
thanks a lot sir
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Thanks sir ...for iron diagrams😊😊
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Wow sir you are genius
very good explaination
Thank you brother for sharing
Watch this iron carbon diagram
th-cam.com/video/z5gnDGXm8U4/w-d-xo.html
Enthalpy
th-cam.com/video/sJcY4KBn9BU/w-d-xo.html
Entropy
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Bernaulis theorem
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Stress strain diagram
th-cam.com/video/FufWppt4-fE/w-d-xo.html
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Samaj a geya sir ❤
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Good explained
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Sir please make a video on slope and their deflection of beams either more complete topics in stress and strain( please sir exam are on 8 march few days left please sir make. A video) . It's going to be very helpful
Sir object ke uper tensile load dene per to compressive stress creat hoge?
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