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7/24/2019 1-Slab design Sheet.xls
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BLE 3.14 Bending moment coefficient for Rectangular Panels supported on Four Sides wit Pro!ision for
Page 43
Short span coefficient Ax (values of Ly/Lx)
1 1.1 1.# 1.3 1.4 1.$ 1.%$ #&1' ' &3' &4' &$' &(' &%' &)' &*' &1+'
1 ,nternal Panels-
egati!e moment at continuous edge +.+3# +.+3% +.+43 +.+4% +.+$1 +.+$3 +.+( +.+($
positi!e moment at mid span +.+#4 +.+#) +.+3# +.+3( +.+3* +.+41 +.+4$ +.+4*
# /ne sort edge discontinuous-
egati!e moment at continuous edge +.+3% +.+43 +.+4) +.+$1 +.+$$ +.+$% +.+(4 +.+()
positi!e moment at mid span +.+#) +.+3# +.+3( +.+3* +.+41 +.+44 +.+4) +.+$#
3 /ne long edge discontinuous
egati!e moment at continuous edge +.+3% +.+44 +.+$# +.+$% +.+(3 +.+(% +.+%% +.+)$
positi!e moment at mid span +.+#) +.+33 +.+3* +.+44 +.+4% +.+$1 +.+$* +.+($
4 Two ad0acent edge discontinuous
egati!e moment at continuous edge +.+4% +.+$3 +.+( +.+($ +.+%1 +.+%$ +.+)4 +.+*1
positi!e moment at mid span +.+3$ +.+4 +.+4$ +.+4* +.+$3 +.+$( +.+(3 +.+(*
$ Two sort edge discontinuous
egati!e moment at continuous edge +.+4$ +.+4* +.+$# +.+$( +.+$* +.+( +.+($ +.+(*
positi!e moment at mid span +.+3$ +.+3% +.+4 +.+43 +.+44 +.+4$ +.+4* +.+$#
( Two long edge discontinuous
egati!e moment at continuous edge + + + + + + + +
positi!e moment at mid span +.+3$ +.+43 +.+$1 +.+$% +.+(3 +.+() +.+) +.+))
%
egati!e moment at continuous edge +.+$% +.+(4 +.+%1 +.+%( +.+) +.+)4 +.+*1 +.+*%
positi!e moment at mid span +.+43 +.+4) +.+$3 +.+$% +.+( +.+(4 +.+(* +.+%3
)
egati!e moment at continuous edge + + + + + + + +
positi!e moment at mid span +.+43 +.+$1 +.+$* +.+($ +.+%1 +.+%( +.+)% +.+*(
* Four edge discontinuous
positi!e moment at mid span +.+$( +.+(4 +.+%# +.+%* +.+)$ +.+)* +.1 +.1+%
1+ Simple support onewa sla2
egati!e moment at +.+++ +.+++ +.+++ +.+++ +.+++ +.+++ +.+++ +.+++
positi!e moment at mid span +.1++ +.1++ +.1++ +.1++ +.1++ +.1++ +.1++ +.1++
11 End continious onewa sla2
CaseNo
Types of Panel and MomentsConsidered
Tree edges discontinuous& one long edge continuous'
Tree edges discontinuous& one sort edge continuous '
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egati!e moment at continuous edge +.1++ +.1++ +.1++ +.1++ +.1++ +.1++ +.1++ +.1++
positi!e moment at mid span +.+)3 +.+)3 +.+)3 +.+)3 +.+)3 +.+)3 +.+)3 +.+)3
1# ,nternal onewa sla2
egati!e moment at continuous edge +.+)3 +.+)3 +.+)3 +.+)3 +.+)3 +.+)3 +.+)3 +.+)3
positi!e moment at mid span +.+(3 +.+(3 +.+(3 +.+(3 +.+(3 +.+(3 +.+(3 +.+(3
1 ,nternal Panels-
# /ne sort edge discontinuous-
3 /ne long edge discontinuous
4 Two ad0acent edge discontinuous
$ Two sort edge discontinuous
( Two long edge discontinuous
% Tree edges discontinuous& one long edge continuous'
) Tree edges discontinuous& one sort edge continuous '
* Four edge discontinuous
1+ Simple support onewa sla211 End continious onewa sla2
1# ,nternal onewa sla2
at outer ear middle of end span
simple support onewa sla2 + +.+)( +
End continious onewa sla2 +.+4 +.+%$ +.+)(
,nternal onewa sla2 +.+(3 +.+(3 +.+(3
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Torsion at "orn
LL 5
+.+3# 4
+.+#4 $
(
%
+.+3% )
+.+#) *
1+
11
+.+3% 1#
+.+#) 1314
1$
+.+4% 1(
+.+3$ 1%
1)
1*
+ #+
+.+3$ #1
##
#3
+.+4$ #4
+.+3$ #$#(
#%
+ #)
+.+43 #*
3+
31
+.+$% 3#
+.+43 33
34
3$3(
+.+$( 3%
3)
3*
4+
41
4#
43
Lon spancoefficient Ay for
all values of
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44
4$
4(
4%
4)
4*
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Pro0ect 33 6o2 ref. Page
# "alc. 2 7ate "ec8 2 7ate
Ref. "alculations /utput!"S#$N %& SLA'
#NPT !ATA
1 Sla2 um2er
# "oncrete 9rade fc * #$ mm#
3 Steel 9rade fy * 41$ mm#
4 Sort Span L 4.++ :
$ Long Span L (.++ :
( Tic8ness of Sla2 T * 1$+ mm
% "o!er to reinforcement Cc * #+ mm
) Li!e Load #.++ 8m#
* Finis Load #.++ 8m#
1+ Tpe of Sla2 Panel,nternal onewa sla2
Laod Calculation
1 Self weigt of sla2 Sw 5 3.%$ 8m#
# Li!e Load LL 5 #.++ 8m#
3 Finis Load FL 5 #.++ 8m#
4 :isc Load :L 5 8m#
$ Total Factored Load L 5 11.(3 8m#!"S#$N
Ratio of Long Span to sort span LL 5 1.$+ 4*
Co eff 'M pt Ast !ia Spacin d Provided Ast
Span ; +.+(3 11.(3 +.%3# +.#1+ #(4.) ) 1)* 1#( T+,-. 33$.1
Span < +.++ +.+++ +.+++ 1)+.+ ) + 11) T+,0 #$1.3
Support ; +.+)3 1$.$+ +.*%( +.#)4 3$%.% ) 14+ 1#( T+,-0. 4+#.1
Support < +.++ +.+++ +.+++ 1)+.+ ) + 11) T+,0 #$1.3
"ec8 dept for :a Bending :oment (%.+3 mm
:in Effecti!e 7ept Pro!ided 11).++ mm
:in Ast re=uired +.1#> 1)+.++ mm#
!"&L"CT#%N C1"C2
Reinforcement pro!ided at :id Span ; 33$.1 mm#
Stress in reinforcement Fs 1*+.##
Percentage of Reinforcement pro!ided +.#(( >:odification Factor #.+++
Permisi2le Ld $#.++
Actual Ld 31.%$ /?
7ept re=uired for 7eflection control %(.*# /?
T+,-0.
T+,0 T+,0
/T+,0
T+,-./
T+,-0.
3uantity Summary
"oncrete =uantit 4567 Cum
Reinforcement =uantit -8857- s
8gcum 9.598
Lx *
Ly *
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33
1
) 1+ 1#
@ 5 +.)%f ; Span ; 1)$ #*$ 3++
3.(11 +.(+# Span < + + +
Support ; 14+ #1$ 3++
Support < + + +
constent for #+ or #( -54
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1.3 $ 4 1 1 1 1
1.3 * ) 1 1 + 1
1.3 #1 #+ + 1 + 1
1 25 #4 1 + 1 +
1.1$ #* #) 1
1 33 3# 1
1 3% 3(
1 41 4+ +
1.1$ 4$ 44 1 + +
1.3 4* 4) + 1 + 1