Great work ! I always used to have few difficulties in understanding BBS of different structures but manjeet, by looking at how you simplify your topics and deliver with so much passion, it has become easy for me to understand. Please keep posting more videos like this.
1.42 is shown since we have calculated bbs considering actual steel which is used on site. 0.42d is used when we consider horizontal length through out. We have not considered complete horizontal length
Great work ! I always used to have few difficulties in understanding BBS of different structures but manjeet, by looking at how you simplify your topics and deliver with so much passion, it has become easy for me to understand. Please keep posting more videos like this.
Thanks a lot shubham for such words. Words like these always encourage me to deliver in field of quantity surveying.
Thanks a lot again brother...... Helpful for fresh engineers and BBS being toughest part has been made easy in this video
THANKS, SIR
Can you please elaborate @4:09 why you are subtracting slab depth and 2 times cover from L/7 ?
@7:10 crank length would be 0.42x(slab depth-cover-dia. of bar), but you mention 1.42x(slab depth-2xcover) ?
1.42 is shown since we have calculated bbs considering actual steel which is used on site. 0.42d is used when we consider horizontal length through out. We have not considered complete horizontal length
Length is taken after deduction of length for crank location.
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THANKS,SIR
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