How to decide the size of footing? | Area of footing | Design of RCC footing | Civil Tutor

In this lecture, I have discussed briefly, how to decide the size of footing which is an important component of the design of RCC footing.
Download our android app for job oriented courses
clpsheldon.page.link/x3kb
👇🏻Compiled PDFs👇🏻
store.civiltutorofficial.com
👇🏻2nd channel👇🏻
@Civil Tutor Official
Footings are the most important components of a structure. The main function of them is to transfer loads of the structure to the underlying soil. Hence it becomes very important to provide the proper size of footing to carry a given set of loads. The size of footing depends on the size of the column, the load it has to carry, and the soil bearing capacity.
Must-have books for Civil Engineers;
The A to Z of Practical Building Construction and Its Management
amzn.to/3HKmjm9
Building Planning and Drawing
amzn.to/3sPztdA
Illustrated Design of Reinforced Concrete Buildings ( Design of G+3 Storeyed Buildings + Earthquake Analysis & Design)
amzn.to/3tD9aGq
Advanced Reinforced Concrete Design
amzn.to/3IRZwGn
Limit State Design of Steel Structures
amzn.to/3pIk1O6
Estimating and Costing in Civil Engineering (Theory and Practice)
amzn.to/3IWcwLq
#civiltutor #ermuyeenmubarak #footingdesign
►DISCLAIMER
The information provided in this video is for educational purposes only. The viewer is solely responsible for verifying the information and the use of the information in this video is at the viewer's own risk. The content is not intended to be used for professional or commercial purposes. The application of the information presented in this video on a construction site should be carried out only by a licensed and qualified civil engineer.
This video may contain copyrighted material the use of which has not been specifically authorized by the copyright owner. However, under Copyright Disclaimer under Section 107 of the Copyright Act 1976, allowance is made for fair use for purposes such as criticism, comment, news reporting, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use.

[@pranotostb]

Good job amezing

[@KuldeepKumar-zp8zd]

I love this channel

[@phyohtetkoko929]

Thanks For Teaching Sir

[@civilvibes8036]

Good work

[@rameshmurthy7723]

I am refreshing my college days again , 👌

[@VJhot143]

how to calculate thickness of footing?

[@kennyomega8937]

Thank you so much sir

[@civilsitedaily7203]

Nice information

[@MKo-cu5rn]

Hopefully one day I will be at your level 🤍... i'm a senior civil engineering student by the way and this is very helpful to me 👍🏼.

[@CivilTutor]

Loads of blessings

[@malikhasan6741]

😊​@@CivilTutorm
m4

[@user-fh2be8vt9u]

wow that's nice

[@dibyendunayak9367]

Thank you sir 🙏🏻

[@ronak2094]

Thank you so much

[@dannysantis2622]

Depends on the loads and bearing capacity of the soil.

[@christianfekete]

Are these usable for imperial units?

[@Sheik_Noor_Mohammed]

If column size 230x400mm or different measurement for
L x B? Please make one video on this topic.... 🎉

[@mohanbabupm5778]

Civil tutor brilliant strl engr best formula for establishing L and B of col fooyting

[@jimmyvirustdm5374]

Good job

[@CivilTutor]

Thanks

[@FirasNiaz-pr6xf]

This is very helpful. Thank you for posting it.
Q: what is the footing depth on the second example? I didn’t see it was calculated or I may missed it.

[@Kendocho]

good

[@keshabsahu9667]

Sir Minimum depth of footing 150 mm. What is the minimum depth of trapezoidal portion.

[@yogendranaik5312]

How to calculate load on an individual column if the total load upon the whole structure is known

[@nasirafridi6013]

Sir how to calculate for circular column..?

[@alishadkhan9935]

In which course you teach these things in your application

[@PankajSharma-qc2bd]

How to calculate the load of a residential house

[@mohanbabupm5778]

If bis the width of footing to is b divided by 5 it is a thumb rule

[@alibenawadh4772]

How to calculate the depth of the raft footing from punching shear

[@foysaliqbal2570]

How calculate total carrying load?

[@ibnadam9964]

❤

[@anryadav5181]

Can you please tell me how to decide column size by IS

[@CivilTutor]

Check out my video on column

[@yagnasivasai]

How can we calculate first floor and second floor load
How to take it?

[@CivilTutor]

Will come up with a video soon

[@yagnasivasai]

@@CivilTutor thanks

[@claudiomambo2658]

@@CivilTutor is the video available now??if yes ,please reply me the link

[@stranger2649]

good work next topic column and beam please sir?

[@CivilTutor]

Already published .... Check out my uploads.

[@stranger2649]

@@CivilTutor thank you sir and what about slab

[@stranger2649]

@@CivilTutor plz I need a boq vedio espeacily for the units used in boq

[@CivilTutor]

Lot more to come.... Stay tuned 👍🏻

[@stranger2649]

@@CivilTutor oh great

[@jyotiparkash8054]

Size of col is 300 × 450. Then how depth of col taken as D=450MM. PL BRIEF. FURTHER WHERE EVER IS CODE REFETENCE COME. IS CODE NUMBER MAY PL BE GIVEN FOR MORE CLERANCE ON GROUND.

[@CivilTutor]

Compiled PDFs 👇
Store.civiltutorofficial.com

[@dhrubajyotiray5299]

What is Cx and Cy?

[@CivilTutor]

Cantilever projections of footing (Perpendicular distance between the face of column & the footing end)

[@successsuccess6081]

Quick question Sir, Why do we have to add 10% extra load on the footing?.......... By the way, your videos are really nice, I'm pursuing my bachelor degree in Chinese and I have found your videos really helpful and practical. Appreciated!!

[@CivilTutor]

10% extra weight is the weight of footing portion (assumed to be equal to 10% of the weight of column for preliminary calculations)

[@successsuccess6081]

@@CivilTutor Thanks, sir.

[@jonathanbadiang4478]

as per IS, 10% must be added to the column load for safe working factor.

[@madhusudhan3601]

3:30 3:36 3:37 3:38 3:40

[@AsifAli-zr3lx]

How to find height of footing

[@prof.pravinspatil1727]

ruclips.net/video/n6lQckLXQrg/видео.html, refer this one

[@allgame4948]

Thickness of footing design

[@sahrjuliusngangeambayo9571]

.