Over Reinforced V/S Under Reinforced Beam Section | Reaction Test

क्या ये वीडियो हिन्दी में मिल सकता h

👎👎👎👎👎👎👎👎😆💯

amazing explanation. great job!

Helpfull

Very good video

Tu hindi bolne shikha la

These guys must use subtitles, their English is HORRIBLE.

If a beam pass with 3-T12 bars but if we provide 3-T16 bars will it be over reinforced?

Excellent and very informative information even if you are in civil

Best animations easy u/s good innovatoon

I was looking at this as a reference for game development.
We want to make more realistic environments and didn't know the difference between the X Reinforced Sections.
Very nicely explained, and the 3d modelling definitely helps the demonstration!

Based on this explanation, I solved more than 30 mcq

Don't mix language.

Very useful and informative video. Thanks for sharing your experience with us.

Simple and proper animation

Sorry, but this is unwatchable because of pronunciation. Even subtitles could not fix it.

Nice explanation with images. Our teacher don't show the images, don't give any clarity, but you EXPLAINATION is very nice than our teachers thank u so much

Under reinforced steel also depends on where the loads and supports are placed.

One word for you sir
Fantastic 👍🏻

very helpful video

Hello brother. Like your concept. Can you tell by which software these animation are made. I want to make mechanical videos

Very informative 🙂with diagram

Really nice explanation with wonderful 3d animation. Thanks for sharing. Great job.

الله یهدیک الی اصح الطریق .

Sir if we provide same dia and amount of steel in top and bottom in beam so how do beam react at ultimate load does this thing is ok or safe ...??? Does beam shows crak before fail..??

Nice bro you explained very well and your voice is nice I liked your way of presentation

And what about the beam upper bars in compresion and stirups how do they act in under rienforced or over rienforced beam ..becaus in your video you only show bottom tention bars..???

If we make stronger concerete ratio in over rienforced beam so does it act like under rienforced beam ? and does the strain or yield of beam get high or stronger ..????

Great animation detailing brother 👍

If you then compare steel to concrete; would you say that concrete provides building material while steel holds it all together in the function of the two?

Very informative, much and much I learn and understand very effectively. Thank you brother! ❤️

No entendí cuáles mejor necesito una respuesta más clara o poner subtítulos

When the compression zone is "stronger" than the tension one, I would talk about an overdesigned compression zone, rather than an under reinforced beam.
Similarly when the tension zone is "stronger" than the compression one, I would talk about an underdesigned compression zone.
The reference that has to be taken into consideration is the value that was calculated. From there, if some reinforcement is added, which I would call overreinforcement, the only problem it results in is the additional cost. Not the risk of brittle failure of the compression zone. If this happens, the problem is not the over reinforcement but the under design of the whole.

Which app are you using for creating leacture?, thanks in advance

Habibi

A.R.C sir recommend this video that's why I am watching this😁😚☺️

Your explanation is very good and clean sir

Superb

Bhai main parha likha nhi ho
Simple batao steel Baar double ho ya single Bater ?

Nices

Nice explanation 👍.

Do you use blender for making such beautiful animations ?

😁Hinglish

Very nice video, thanks for making my concept clear

I'm learning Mechanics of Deformable Bodies, what am I watching? 😳

Sir do continue in english ..so helpful

I request you to please upload more videos like this. It's a blessing for students.

Really good please do more videos on structures

In short, either rebar snaps first or the concrete at the top half of the beam suddenly crush. Ideal case is where the concrete crack becomes visible at the bottom so there is enough time to react, and in the mean time, the rebar holds the cracks
.