Slab Casting से पहले ये Steel ज़रूर Check करले | Site Engineer Basic Knowledge | Slab Checklist

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Slab Casting से पहले ये Steel ज़रूर Check करले | Site Engineer Basic Knowledge | Slab Checklist
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About This Video ------------------------------------------------------------------------------------
In this video Er. Akash Bohar, Corporate Trainer of Civil Guruji explaining about Slab Casting से पहले ये Steel ज़रूर Check करले | Site Engineer Basic Knowledge | Slab Checklist
A Reinforced concrete slab is horizontal members made of concrete which is used to resist the flexural bending stress when it is subjected to loads. Generally, the minimum thickness of the slab is 4 inches and the maximum thickness depends upon the span and loads acts on the slab. For Normal residential Building, 5 inches thickness is generally recommended. As we know that checking of slab reinforcement is very important. It is because the wrong layout of reinforcement on site creates a great loss for the client, so the first duties of a civil engineer to read the complete drawing of beam and Slab. The followings are a checklist of a concrete slab that needs to be carried before casting. Slab Casting से पहले ये Steel ज़रूर Check करले | Site Engineer Basic Knowledge | Slab Checklist
Slab Casting से पहले ये Steel ज़रूर Check करले | Site Engineer Basic Knowledge | Slab Checklist
Check the diameter of Main Bars and Distribution along with Shorter Span as per approved drawings. Check the diameter of Main Bars and Distribution along with Longer Span as per approved drawings. pacing between Main Bar and Distribution along the Shorter span and longer span of slab as per approved drawings. Check the depth of the cover block as per structural drawings. Ensure that spacing between the cover block shall be at 1 m spacing. The depth or thickness of the slab should be checked.
A proper layout of chair Bars shall be provided for a slab.
Check the dowel bars, if provided for future extensions.
Make sure that the Main reinforcement of slab( both long span and short span) shall be passed through the beam in order to transfer loads of slab. Ensure that the reinforcement bar that is lapped should be located in a low-stress zone.
Proper lap length shall be checked for Main Bars. Check diameter and Spacing of Extra Reinforcement in Slab.
Check the dimension of the formwork of each slab panel.
The level and diagonal of each slab panel shall be checked.
Check the thickness of the slab.
Ensure the formworks shall provide all-round the slab edges, openings, etc.
Ensure the Support props of Slab should be in proper alignment and also check the plumb.
Vertical props or support of each slab panel shall be checked.
Make sure all the gaps in the formworks shall be properly sealed in order to prevent slurry leakage.

[@maheshnayak1512]

Wow sir U r the best Er in the world koi Aap se sikhe Explain karna❤️❤️

[@pra20011983]

अगर क्रैंक बार लगा रहे हैं क्या तब भी चेयर बार देना चाहिए ??

[@sandeeppatta7869]

1m main number of bar 11

[@mdbelal37db64]

1000÷100 = 10num of bars

[@MrPrafulyadav]

10 bars in 1 mtr..

[@avneetpatel5175]

What about the binders spacing in extra bars ?

[@MdFaizan-pe5hn]

No. Of bars is 11 for every 1m. having 100 c/c

[@dheerendrashukla7551]

No. Of bar = total length of bar/spacing +1

[@sunilkumargupta1984]

Sir off-line coaching kab se start hogi

[@omprakashmahawar5883]

1 m me 11 nos of bar aayenge

[@subhankardutta6928]

What an explanation!! Thank you

[@praisethelord1828]

Dear sir

[@jaysk.2862]

Thank you Gurooji

[@SARTHAKGANJARE]

THANK YOU SIR

[@dilsediltak6879]

Very nice thank you So much sir

[@kemitikahibitumaku]

Thank you sir guruji 🙏

[@civilcknowledge6204]

1000/100+1=11

[@syedhassan4570]

Thanks ☺️👍

[@manjumagar6540]

Thank you vai🙏🙏

[@ziauddin7948]

good slab crank bar length at discontinued beam edge & at continued beam including length of crank bar as top bar after entering on adjacent slab #👍👍