Discussion :: RCC Structures Design - Section 1 (Q.No.20)
For a circular slab carrying a uniformly distributed load, the ratio of the maximum negative to maximum positive radial moment, is
Answer: Option B
No answer description available for this question.
|Prasanta Naskar said: (Dec 5, 2014)|
|Max negative radial moment 2wr^2/16 and max positive radial moment wr^2/16. So ratio becomes 2.|
|Aarti Nepal said: (Jan 31, 2017)|
|Thank you so much @Prasanta Naskar.|
|Vivek Kumar Shukla said: (Feb 9, 2017)|
|How? Explain in detail.|
|Deep Shah said: (Jul 11, 2017)|
|The Max Positive redial moment is on centre and that's the 3wr2/16.
As per your formula, the right answer is 3/2.
Please, explain it whether it is right or wrong.
|Roy said: (Sep 18, 2017)|
|For point load it's 3wr2/16 and for udlwr 2/16.|
|Narayan Adhikari said: (Nov 8, 2017)|
|IT is about the fixed slab and the radial moment at centre is WR^2/16 answer at support is 2WR^2/16.|
|Priya said: (Nov 9, 2017)|
SO its 2.
|Narayan said: (Mar 5, 2018)|
|Thank you so much for all of you.|
|Ankesh said: (Dec 9, 2018)|
|Thank you so much for explaining the solution clearly.|
|Kamal said: (Mar 27, 2019)|
|Thanks all for explaining.|
|Animesh Mondal said: (Jul 27, 2020)|
|For a circular slab carrying a uniformly distributed load, Max negative radial moment 2wr^2/16, the negative bending moment will occur at support. Max positive radial moment wr^2/16, the max positive bending moment will occur at centre. So the answer will be 2.|
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