"I want you to know? Your a good Engineer(Your work speaks for you.). I like listen to you, and I like how you simplify your explanations. Know that your credibility is well respected at all levels." 👍
I have lost passion for what I studied and forgotten most of the basics, but as you have usually come through for us during our school days at the Polytechnic. Your videos are giving me momentum to learning again. #kudos once again Sir 🙏.
For those confused about the crank length as 0.42d instead of 1.42d, keep in mind that d is already included in the overall bar length (without the crank bend). So, we are just counting the ADDITIONAL length cause by the bend. Also, the crank angle is 45 degrees, forming a 1,1, 1.42 triangle.
I’m Filipino This helps me a lot, I hope that you always speak English coz probably some people watching your videos are not all Indians, Thank you I already subs❤❤
good column , footing , beam & slab bars cutting length rule , crank length calculation , cover concrete , ties dia , bar dia , bar weight # but in bar number calculation formula is , as i understand , not the opposite side length , it is perpendicular side length is considered #👍👍
Great explanation sir but I just need clarification on finding the weight of the bar. The diameter is in mm and there is m in the formula. A mismatch of units, I know that a conversion is required there. Please clarify that 🙏🏽
Compiled pdfs👇🏻
quantity surveying topics compiled PDFs 👇🏻👇🏻
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SFD & BMD PDF
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Thanks for tommoro interview for assistant bridge engineer
What is the find out stirrups cutting length
This is the best ever knowledge that I got from RUclips in 10 min.Thankyou very much sir.Your each videos are done perfectly for me
Learn in 1min how much load a RCC column can sustain 👇👇👇
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Guruji development length grade of concrete pe depend karti h
Me to
"I want you to know? Your a good Engineer(Your work speaks for you.). I like listen to you, and I like how you simplify your explanations. Know that your credibility is well respected at all levels." 👍
I have lost passion for what I studied and forgotten most of the basics, but as you have usually come through for us during our school days at the Polytechnic. Your videos are giving me momentum to learning again. #kudos once again Sir 🙏.
Wonderful!
Superb explanation. No one else can take your place in simple, necessary and useful explanation. Dwarkesh
You defined all rebar requirement in one video in very simple phrases!
And very short, straight to the point.
Hi i sbill c
For those confused about the crank length as 0.42d instead of 1.42d, keep in mind that d is already included in the overall bar length (without the crank bend). So, we are just counting the ADDITIONAL length cause by the bend.
Also, the crank angle is 45 degrees, forming a 1,1, 1.42 triangle.
In crank bar cutting length,is needed to add 4 bend value ?
Why did he skipped that part. L+0.42d+0.42d is completely wrong if tried to understand as he says.
Someone pay this man, best video I've ever watched on youtube, worth the watch, like and subscription
Good for brain to absorb,,am deeply thankful for the tutorial engineer ❤💯
Glad to hear that
Thank you sir. In 10 min. Lot of important points
To remember.
SHORT, PERFECT, NO BAKWAS ONLY KNOWLEDGE, BEST VIDEO ....
Excellent Tutorial about rebars arrangement great thanks plz further information program Allah taalah keep you longer Life with healthy MWAL KARACHI
i have seen lots of vdo for crank bar cutting length..as u discribe it's very easy and simple❤ it
By far the best tutorial I have come across! Nice work sir. I subscribed ❤
Thanks for the sub!
Useful video for me..as a beginner to learn about bbs.. thank you so much sir❤❤❤❤❤❤❤❤❤
All the best
Assalamualykum. Thank you for sharing knowledge
மிகவும் பயனுள்ள பதிவு! மிக்க நன்றி 🙏
I’m Filipino
This helps me a lot, I hope that you always speak English coz probably some people watching your videos are not all Indians, Thank you I already subs❤❤
You will get the content of this channel in English only....For Hindi/Urdu viewers we have a separate channel.
This video is very full my learning skills
Thank you so much sir for this valuable and knowledgeable videos......
This is one of the best videos I have ever watched as a structural engineering student. Much appreciated.
Excellence and very clear points in correct sequence.❤
Thanks.. Great effort. Your video is so simple and easy to understand. Straight to the point
Very good explanation
Thank you
Great explanation! Thankyou for the video!
Welcome
@@CivilTutorIn Lx= Ly / spacing+1
Why we add +1 in this formula
Please can u tell me
Really very useful..topic and important as well...well explained
Thanks for tommoro interview for assistant bridge engineer
Great information and explained well . Thank you 🙏
Thanks so much sir for your important & valuable Class ❤❤❤🙏🙏🙏🙏🙏
wonderful.. one of the best of best quality video about the bar bending shedule, i ever watched.. I'll refer this to new comers CE ❤️❤️
Learn in 1min how much load a RCC column can sustain 👇👇👇
ruclips.net/video/MEEMlG4EQUY/видео.html
Yes sir
Really excellent work and information. About bbs
To the point and best demonstration.
Thank you for this Excellent Video.
U r video are so helpful to me sir
Hearty Thank u sir
Excellent video.Explained in systematic simplest manner to understand.Thank you so much.
You are the best. Thankyou sir. ❤❤❤
So nice of you
Very great tutor with wonderful graphics
sir,
Usefull content you have explained.
Thanks for your kind efforts brother
God bless you
So nice of you
Thank you very much sir !! Appreciated it
Hello Sir.
Thank you So much.
To feed back My Rft knowledge.
Thank you very much!
Very nicely explained with figures and easily understandable figures.
Each and every concept is very clear!
Glad it was helpful!
@@CivilTutorIn Lx= Ly / spacing+1
Why we add +1 in this formula
Please can u tell me
Short and clear. Great
From Nepal 🇳🇵
Excellent video provided 👍
Glad it was helpful!
Good information
Really appreciate
Excellent video. Thank you for the precise explanations. 👍🏼
Very simple and clear..thank you..
most important to all construction team
Excellent presentation in short 👏
Glad you liked it
@@CivilTutorIn Lx= Ly / spacing+1
Why we add +1 in this formula
Please can u tell me
Thanks a lot now i have a better understanding
Learn in 1min how much load a RCC column can sustain 👇👇👇👇
ruclips.net/video/MEEMlG4EQUY/видео.html
Very good explanation sir
good column , footing , beam & slab bars cutting length rule , crank length calculation , cover concrete , ties dia , bar dia , bar weight # but in bar number calculation formula is , as i understand , not the opposite side length , it is perpendicular side length is considered #👍👍
Must simplest video ..... Very mush like
Best video have seen so far 👍
Glad you enjoyed it
Very useful video.. Thank you so much❤
Glad it was helpful!
Good job master❤❤
Thank you very much...clearly understood...
Glad it helped
Thanks for the knowledge
Great explanation sir. Thnx
Great explanation sir but I just need clarification on finding the weight of the bar. The diameter is in mm and there is m in the formula. A mismatch of units, I know that a conversion is required there.
Please clarify that 🙏🏽
The conversion is already done by using the denominator factor
Hey bro thank you, your vídeo helped me much
Welcome
Thanku sir made this video 👌👌🙏🙏
Thank you so much Sir 🙏🙏❤️
Thank you sir for the video and all the best 👍
Welcome 😊... Thanks & Regards!
Thanks so much this is a great video for me
1RCC colum kita load le sakta hai nikalna sikhe 1min me 👇👇👇👇👇
ruclips.net/video/MEEMlG4EQUY/видео.html
Very useful video sir
Wow it's amazing teaching.🙏
Learn in 1min how much load a RCC column can sustain 👇👇👇
ruclips.net/video/MEEMlG4EQUY/видео.html
Very nicely and correctly explained.
Thanks
@@CivilTutorIn Lx= Ly / spacing+1
Why we add +1 in this formula
Please can u tell me
great video , thank you so much.
Glad you liked it!
Nice explanation 👏
Thank you 🙂
Tq for information..it is use full
Thank you thank you very much sir...
Most welcome
You should explain it using the real life rods that are used. For Ex: 8mm, 10mm, 16mm.
Please make videos on.. How to calculate legth of stirrup at different size of column
Great video.Big ups bro.
God bless you sir
Superb! Thank you for sharing this video!
very very useful and informatory
Glad you think so!
Ekdam jhakkas
Great explanation sir
Keep watching
This is very informative video, you have explained this in one and short video 👍🏻
Glad it was helpful!
@@CivilTutorIn Lx= Ly / spacing+1
Why we add +1 in this formula
Please can u tell me
Thanx you sir. You made it look so easy. 🙏
Learn in 1min how much load a RCC column can sustain 👇👇👇
ruclips.net/video/MEEMlG4EQUY/видео.html
Very Informative Content.
Keep It Up👍🏻
Learn in 1min how much load a RCC column can sustain 👇👇👇👇
ruclips.net/video/MEEMlG4EQUY/видео.html
Thank you so much!!!
Very nice video
Great video with great detail!
Nice explanation
Keep it up sir 👍
great job, well done.
Thanks a lot for this video
1RCC column kitna load le sakta hai nikalna sikhe 1min me 👇👇👇👇
ruclips.net/video/MEEMlG4EQUY/видео.html
Awesome video super
Nice content and easy to understand! Is that possible to subtitle in the videos please?
You can read this content from my published PDFs.... Links in description
Very helpful video ❤
1RCC column kitna load le sakta hai nikalna sikhe 1min me 👇👇👇👇
ruclips.net/video/MEEMlG4EQUY/видео.html
thank u sir, as a excellent clip for me
Thanks a lot sir
Thank you so much
Short but more imfomative video
Thank u for posting this video 🙏 ❤️
My pleasure 😊
Very informative
Glad it was helpful!
I am leaving hope of learning these tough topics...my civil engineering gradution is wasted🥵🥵
1 RCC column kitna load le sakta hai nikalna sikhe 1min me 👇👇👇👇
ruclips.net/video/MEEMlG4EQUY/видео.html