stress strain curve explained with tensile test.

stress strain curve explained with tensile test.
strain stress curve and mechanical properties. the curve is explained using a tensile test.
Stress and strain curve is a stepping stone to understand the properties of engineering materials. This curve is plotted for a variety of engineering materials during the tensile test. In this video, I will explain the stress and strain curve in a very easy way.
The basic terms explained are stress and strain curve.
stress and strain curve.
strain stress curve and mechanical properties
true stress and strain curve.
stress strain curve for steel
strain stress curve
stress strain diagram for brittle material
strain stress graph
stress strain diagram
Engineering stress and strain curve.
tensile strength
tensile strength test on a mild steel specimen
stress and Strain.
hook's law
hooks law 0:52 to 1.35
Youngs modulus 1:35 to 2:00
modulus of elasticity 1:35 to 2:00
modulus of elasticity
proportional limits
stiffer and stronger material
plastic deformation in the metal.
Yielding.
Yield strength.
yield point 2:03 to 2:34.
Strain hardening 2:34 to 2:57.
Ultimate strength 2:34 to 3:06.
ultimate tensile strength 2:34 to 3:06.
necking 3:06 to 3:21.
True stress.
Nominal stress.
true stress and strain curve.
strength of the material.
Engineering stress 3:40 to 4:04.
True stress and strain curve explained.
Some of the questions answered in this video about stress and strain curve are as follows
Mechanical properties of materials.
What is true stress. What is nominal stress.
True stress and strain curve.
What is Yield strength 2:03 to 2:34.
What is Tensile strength.
What is the proportional limit 0:53 to 1:31.
What is necking
What is the modulus of elasticity 1:35 to 2:00.
What is young’s modulus 1:35 to 2:00.
What is the ultimate strength 2:34 to 3:06.
What is strain hardening 2:34 to 2:57.
Why true stress higher than engineering stress 3:40 to 4:04.
Difference between true stress and engineering stress 3:40 to 4:04.
Why does a stress-strain curve decrease after reaching ultimate tensile strength 3:18 to 3:35.
What happens after ultimate tensile strength 3:18 to 3:35.
What is the tensile strength of steel.
what is hooks law.
Tensile strength test explained How do you find the ultimate tensile strength of a stress strain curve?
What is the relationship between stress and strain?
What is yield strength vs tensile strength?
What is meant by ultimate tensile strength? Why stress strain curve is important?
How do you calculate true stress? engineering stress vs. true stress?
What is engineering stress and the true stress.
Why does the stress-strain curve decrease?
Stress and strain curve
Stress and strain definition
What does a stress strain curve tell you?
What is the meaning of stress and strain?
How do you calculate stress and strain curve?
tensile strength test
Why stress strain curve is important? What is the yield strength formula?
What is stress strain curve for mild steel? Which stress strain curve is steeper? What is Young's modulus formula? Why does the stress strain curve decrease? What is the slope of stress strain curve? Why Young's modulus is important? Is Young's modulus the same as yield strength?
#tensile-test
#stress strain curve
#stress strain diagram
#tensilestrength

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[PyayThuK]

This is exactly what I wanted to see, to be able to relate the actual test and curve instantaneously. Thank You!

[minajpathan]

This is the video I was searching!
Thanks for making this very simplified for us.

[-KANE-]

Only video that truly explains the stress -strain graph🔥

[aqua_regia]

You've nicely explained everything in less than 5 minutes!
Thanks😊

[Pyjama_Shark]

this helped a lot. Please make more videos in the future

[danielcoombe]

Firstly, this is a really good physics video on the stress formula. What I like about the Stress Formula is how you can use it to do so many different things. Furthermore, in this video you can identify what number to use as the stress variable in the formula. Because I was using yeld tensile stress and after watching this video I am going to start using ultimate tensile stress. The whole formula is really simple as well (Force ÷ Stress variable = cross sectional Area).

Table1 # Example:

Ultimate Tensile Stress=250MPa
Force = 50, 000N = 5, 098.6 kg

*F/s = A*

50, 000N ÷ 250, 000, 000Pa = 0.0002m² = 2cm²

Therefore, if you have a 2cm² rod of 250MPa steel it will rip with 5 tonne of weight hanging off it.

[khil]

Most simple way, easy to understand and with excellent clarity. Appreciated. Pls make video on optimum steam pipe sizing for saturated steam and condensate calculation.

[tjvanderloop]

Great Video Applications that is well explained. Thank You!

T J (Tom) Vanderloop, Author, Education-Consultant & Certified Manufacturing Engineer

[potofgrace]

This video is packed with great information! A few funny grammar thangs but you know, doesn't really matter....unless you want it to.

[enzovasconcellos]

Best video about that I have ever seen

[palashsaxena]

Nice presentation of the stress and strain curve.

[zfert]

thanks, so helpful. Very good explanation

[binendrarai]

finally understood stress-strain curve thanks

[koksalan]

Thanks for the video. One question, In order to get the Poisson Ratio and Youngs Modulus which tests are conducted? Is is Brazilian test, UCS test or Triaxial test?

[sairask]

Best for quick revision with the experiment loved it 👍👍👍

[teoyongpeng]

Fully information and helped a lot, thanks

[thesonofmrpotatosstepmothe]

Good video.... you've earned yourself a like

[seandent]

What size samples are needed for the tensile test

[harshallone]

Entire 2 nd year preparation in 1 video thanks..

[Larry-cpuy]

If a material is stretched between point A and B, and before plastic deformation begins, will it return to it's original shape? This question is really hard to find an answer to. Thanks.