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Job Information
Engineer Checked Approved
Included in this printout are data for:
Design Group Design Brief Design Code Members
Member 5 - Shear Results Summary
Distance
(m)
Span
Vu
(kN)
Vc
(kN)
Av Required
(mm2)
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Summary: the member issafe
Member M5 Span 1
Detailed ACI Design Requirements
Section Property: 200 x 449
Span Length = !"2 #ectangu$ar section
%i&th = 200 mm'epth = 40 mm
oers: *op = 40 mm +ottom = 40 mm Si&e = 40 mm
Member M5 Span 1
Detailed ACI Main Reinforement
,ogging: at 0!000 m -rom the start o- the member
.oment app$ie& to section = 9!/ kNm
--ectie &epth o- tension rein-orcement & = 19 mm
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'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = 0!1
6s = (.5-y7) = /0/!1 mm2
*ension +ars proi&e& = 28/9 28/9
6ctua$ area o- tension rein-orcement = //1 mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = /!4
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = !"9 mm
.oment capacity o- section = 92! kNm
!
Sagging: at 2!42 m -rom the start o- the member
.oment app$ie& to section = 1!"0 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = "/ mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!14
6s = (.5-y7) = 19! mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
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.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = 1!" mm
.oment capacity o- section = 1!" kNm
!
,ogging: at !"2 m -rom the start o- the member
.oment app$ie& to section = 4!44 kNm
--ectie &epth o- tension rein-orcement & = 19 mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!"
6s = (.5-y7) = 2! mm2
*ension +ars proi&e& = 28/9 28/9
6ctua$ area o- tension rein-orcement = //1 mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = /!4
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
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Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = !"9 mm
.oment capacity o- section = 92! kNm
!
Member M5 Span 1
Detailed ACI Span ! Depth Che"
+asic span 5 &epth ratio = 2/!00 9!!2!/
Strength mo&i-ication -actor = 0!4 > -y5 00 = 0!9
,ence< mo&i-ie& span 5 &epth ratio = /!
6ctua$ span 5 &epth ratio = /2!94
!
Member M5 Span 1
Detailed ACI Shear Reinforement
.inimum $inks 7one: 0!00/ m to !"24 m
6ctua$ spacing o- ties< s = / mm
'esign axia$ -orce< Nu = 2!" kNm
'esign torsion moment< *u = 1!9 kNm
*hresho$& *orsion = 0!0"1-c3 ?(6cp25pcp)@ ?/ > (Nu50!116g-c3)@0! = /!99 kNm //!!/ (c)
*u*hresho$& *orsion torsion e--ects nee& to be consi&ere& //!!/
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reAuire& (6t5s) = (*u526o-yt) //!!1!
= (191//9!2"52 0!" 19"1!2 2) = 22!0 mm25m
Shear -orce< Bu = 4!1 kN
Bc= 0!/ ?/ > (0!29 Nu56g)@ -c3 b& = !9" kN //!2;//!1
'imensions check< //!!1!/
"?(Bu5+&)@2> ?(*uPh5/!6oh
2)@2#$%&
= "?(412!45200 19)@2> ?(191//9!1 9425/! 19"12)@2#$%& = /!40
?(Bc5+&) > 0!-c3@ = ?(9"/!45200 19) > 0! 4!"@ = 1!"0
/!40 0!" 1!"0
.ember &imensions su--icient -or app$ie& shear an&5or torsion ! (///")
reAuire& (65s) = (Bu Bc5-yt&) #//!!
= (412!1 0!" 9"/!150!" 2 1"!9)= 0!0 mm25m
6> 26t = 0!02 -c3(bs5-yt) = 1!2 mm2 (//21)
(0!1 bs) 5 -yt = 44! mm2 //!!!2
area o- $inks proi&e& (28/0)< 6 = /42!0 mm2
.aximum spacing o- ties = /"4 mm//!!!/;//!!!1
!
Member M5 Span #
Detailed ACI Design Requirements
Section Property: 200 x 449
Span Length = !000 #ectangu$ar section
%i&th = 200 mm'epth = 40 mm
oers: *op = 40 mm +ottom = 40 mm Si&e = 40 mm
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Member M5 Span #
Detailed ACI Main Reinforement
,ogging: at !"2 m -rom the start o- the member
.oment app$ie& to section = 44!09 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!0
6s = (.5-y7) = 4"!/ mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Sagging: at "!"2 m -rom the start o- the member
.oment app$ie& to section = 2/!4 kNm
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--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = 0!"
6s = (.5-y7) = 22!9 mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
,ogging: at //!"2 m -rom the start o- the member
.oment app$ie& to section = 44!10 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!/
6s = (.5-y7) = 4"0! mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
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6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Member M5 Span #
Detailed ACI Span ! Depth Che"
+asic span 5 &epth ratio = 2/!00 9!!2!/
Strength mo&i-ication -actor = 0!4 > -y5 00 = 0!9
,ence< mo&i-ie& span 5 &epth ratio = /!
6ctua$ span 5 &epth ratio = /1!11
!
Member M5 Span #
Detailed ACI Shear Reinforement
.inimum $inks 7one: !"24 m to //!"24 m
6ctua$ spacing o- ties< s = / mm
'esign axia$ -orce< Nu = 1!/ kNm
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'esign torsion moment< *u = 0!09 kNm
*hresho$& *orsion = 0!0"1-c3 ?(6cp25pcp)@ ?/ > (Nu50!116g-c3)@0! = /!99 kNm //!!/ (c)
*uC *hresho$& *orsion torsion e--ects &o not nee& to be consi&ere& //!!/
Shear -orce< Bu = 4/!/ kN
Bc= 0!/ ?/ > (0!29 Nu56g)@ -c3 b& = 0!/9 kN //!2;//!1
'imensions check< //!!1!/
"?(Bu5+&)@2> ?(*uPh5/!6oh
2)@2#$%&
= "?(4//1!95200 19/)@2> ?(0!0 9425/! 19"12)@2#$%& = 0!1
?(Bc5+&) > 0!-c3@ = ?(0/"!15200 19/) > 0! 4!"@ = 1!9
0!1 0!" 1!9
.ember &imensions su--icient -or app$ie& shear an&5or torsion ! (///")
Bu Bc on$y nomina$ ties reAuire& //!/!/
6> 26t = 0!02 -c3(bs5-yt) = 1!2 mm2 (//21)
(0!1 bs) 5 -yt = 44! mm2 //!!!2
area o- $inks proi&e& (28/0)< 6 = /42!0 mm2
.aximum spacing o- ties = /9 mm//!!!/;//!!!1
!
Member M5 Span $
Detailed ACI Design Requirements
Section Property: 200 x 449
Span Length = !000 #ectangu$ar section
%i&th = 200 mm'epth = 40 mm
oers: *op = 40 mm +ottom = 40 mm Si&e = 40 mm
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Member M5 Span $
Detailed ACI Main Reinforement
,ogging: at //!"2 m -rom the start o- the member
.oment app$ie& to section = 41!42 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!"
6s = (.5-y7) = 40! mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Sagging: at /4!"2 m -rom the start o- the member
.oment app$ie& to section = 22!1/ kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
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Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = 0!"/
6s = (.5-y7) = 21!0 mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
,ogging: at /!"2 m -rom the start o- the member
.oment app$ie& to section = 41!1" kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!"
6s = (.5-y7) = 40!/ mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
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.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Member M5 Span $
Detailed ACI Span ! Depth Che"
+asic span 5 &epth ratio = 2/!00 9!!2!/
Strength mo&i-ication -actor = 0!4 > -y5 00 = 0!9
,ence< mo&i-ie& span 5 &epth ratio = /!
6ctua$ span 5 &epth ratio = /1!11
!
Member M5 Span $
Detailed ACI Shear Reinforement
.inimum $inks 7one: //!"24 m to /!"24 m
6ctua$ spacing o- ties< s = / mm
'esign axia$ -orce< Nu = 1!0/ kNm
'esign torsion moment< *u = 0!0" kNm
*hresho$& *orsion = 0!0"1-c3 ?(6cp25pcp)@ ?/ > (Nu50!116g-c3)@0! = /!99 kNm //!!/ (c)
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*uC *hresho$& *orsion torsion e--ects &o not nee& to be consi&ere& //!!/
Shear -orce< Bu = 4/!/9 kN
Bc= 0!/ ?/ > (0!29 Nu56g)@ -c3 b& = 0!12 kN //!2;//!1
'imensions check< //!!1!/
"?(Bu5+&)@2> ?(*uPh5/!6oh
2)@2#$%&
= "?(4//90!95200 19/)@2> ?(0!0 9425/! 19"12)@2#$%& = 0!1
?(Bc5+&) > 0!-c3@ = ?(0122!15200 19/) > 0! 4!"@ = 1!"0
0!1 0!" 1!"0
.ember &imensions su--icient -or app$ie& shear an&5or torsion ! (///")
Bu Bc on$y nomina$ ties reAuire& //!/!/
6> 26t = 0!02 -c3(bs5-yt) = 1!2 mm2 (//21)
(0!1 bs) 5 -yt = 44! mm2 //!!!2
area o- $inks proi&e& (28/0)< 6 = /42!0 mm2
.aximum spacing o- ties = /9 mm//!!!/;//!!!1
!
Member M5 Span %
Detailed ACI Design Requirements
Section Property: 200 x 449
Span Length = !"2 #ectangu$ar section
%i&th = 200 mm'epth = 40 mm
oers: *op = 40 mm +ottom = 40 mm Si&e = 40 mm
Member M5 Span %
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Detailed ACI Main Reinforement
,ogging: at /!"2 m -rom the start o- the member
.oment app$ie& to section = 4/! kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!/
6s = (.5-y7) = 40! mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Sagging: at 20!1" m -rom the start o- the member
.oment app$ie& to section = 2!/0 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
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#n = (.u5b&2) = 0!9/
6s = (.5-y7) = 2!4 mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
,ogging: at 21!0 m -rom the start o- the member
.oment app$ie& to section = 1/!"4 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!/
6s = (.5-y7) = 140! mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
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Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Member M5 Span %
Detailed ACI Span ! Depth Che"
+asic span 5 &epth ratio = 2/!00 9!!2!/
Strength mo&i-ication -actor = 0!4 > -y5 00 = 0!9
,ence< mo&i-ie& span 5 &epth ratio = /!
6ctua$ span 5 &epth ratio = /2!94
!
Member M5 Span %
Detailed ACI Shear Reinforement
.inimum $inks 7one: /!"24 m to 21!49 m
6ctua$ spacing o- ties< s = / mm
'esign axia$ -orce< Nu = 4!02 kNm
'esign torsion moment< *u = /!0 kNm
*hresho$& *orsion = 0!0"1-c3 ?(6cp25pcp)@ ?/ > (Nu50!116g-c3)@0! = 2!04 kNm //!!/ (c)
*uC *hresho$& *orsion torsion e--ects &o not nee& to be consi&ere& //!!/
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Shear -orce< Bu = 4/! kN
Bc= 0!/ ?/ > (Nu5/4 6g)@ -c3 b& = /!// kN //!2;//!1
'imensions check< //!!1!/
"?(Bu5+&)@2> ?(*uPh5/!6oh
2)@2#$%&
= "?(4//!/5200 19/)@2> ?(0!0 9425/! 19"12)@2#$%& = 0!1
?(Bc5+&) > 0!-c3@ = ?(//0!5200 19/) > 0! 4!"@ = 1!"/
0!1 0!" 1!"/
.ember &imensions su--icient -or app$ie& shear an&5or torsion ! (///")
Bu Bc on$y nomina$ ties reAuire& //!/!/
6> 26t = 0!02 -c3(bs5-yt) = 1!2 mm2 (//21)
(0!1 bs) 5 -yt = 44! mm2 //!!!2
area o- $inks proi&e& (28/0)< 6 = /42!0 mm2
.aximum spacing o- ties = /9 mm//!!!/;//!!!1
!
Member M5 Span 5
Detailed ACI Design Requirements
Section Property: 200 x 449
Span Length = 1!10 #ectangu$ar section
%i&th = 200 mm'epth = 40 mm
oers: *op = 40 mm +ottom = 40 mm Si&e = 40 mm
Member M5 Span 5
Detailed ACI Main Reinforement
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,ogging: at 21!0 m -rom the start o- the member
.oment app$ie& to section = 1/!/ kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!/1
6s = (.5-y7) = 112!9 mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
,ogging: at 2!000 m -rom the start o- the member
.oment app$ie& to section = 12!44 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!/"
6s = (.5-y7) = 14!/ mm2
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*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Member M5 Span 5
Detailed ACI Span ! Depth Che"
+asic span 5 &epth ratio = 2/!00 9!!2!/
Strength mo&i-ication -actor = 0!4 > -y5 00 = 0!9
,ence< mo&i-ie& span 5 &epth ratio = /!
6ctua$ span 5 &epth ratio = !44
!
Member M5 Span 5
Detailed ACI Shear Reinforement
7/24/2019 beam m5
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.inimum $inks 7one: 21!49 m to 2!999 m
6ctua$ spacing o- ties< s = / mm
'esign axia$ -orce< Nu = !/ kNm
'esign torsion moment< *u = 0!0 kNm
*hresho$& *orsion = 0!0"1-c3 ?(6cp25pcp)@ ?/ > (Nu50!116g-c3)@0! = 2!0 kNm //!!/ (c)
*uC *hresho$& *orsion torsion e--ects &o not nee& to be consi&ere& //!!/
Shear -orce< Bu = 24!2 kN
Bc= 0!/ ?/ > (Nu5/4 6g)@ -c3 b& = /!/9 kN //!2;//!1
'imensions check< //!!1!/
"?(Bu5+&)@2> ?(*uPh5/!6oh
2)@2#$%&
= "?(24/!5200 19/)@2> ?(0!0 9425/! 19"12)@2#$%& = 0!12
?(Bc5+&) > 0!-c3@ = ?(//""!"5200 19/) > 0! 4!"@ = 1!"/
0!12 0!" 1!"/
.ember &imensions su--icient -or app$ie& shear an&5or torsion ! (///")
Bu Bc on$y nomina$ ties reAuire& //!/!/
6> 26t = 0!02 -c3(bs5-yt) = 1!2 mm2 (//21)
(0!1 bs) 5 -yt = 44! mm2 //!!!2
area o- $inks proi&e& (28/0)< 6 = /42!0 mm2
.aximum spacing o- ties = /9 mm//!!!/;//!!!1
!
Member M5 Span &
Detailed ACI Design Requirements
Section Property: 200 x 449
Span Length = !"2 #ectangu$ar section
%i&th = 200 mm'epth = 40 mm
7/24/2019 beam m5
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oers: *op = 40 mm +ottom = 40 mm Si&e = 40 mm
Member M5 Span &
Detailed ACI Main Reinforement
,ogging: at 2!000 m -rom the start o- the member
.oment app$ie& to section = 10!9 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!/1
6s = (.5-y7) = 110!9 mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Sagging: at 29!9/1 m -rom the start o- the member
7/24/2019 beam m5
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.oment app$ie& to section = 24! kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = 0!90
6s = (.5-y7) = 22! mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
,ogging: at 12!"2 m -rom the start o- the member
.oment app$ie& to section = 41!0 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!"
6s = (.5-y7) = 4/! mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
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.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Member M5 Span &
Detailed ACI Span ! Depth Che"
+asic span 5 &epth ratio = 2/!00 9!!2!/
Strength mo&i-ication -actor = 0!4 > -y5 00 = 0!9
,ence< mo&i-ie& span 5 &epth ratio = /!
6ctua$ span 5 &epth ratio = /2!94
!
Member M5 Span &
Detailed ACI Shear Reinforement
.inimum $inks 7one: 2!999 m to 12!"24 m
6ctua$ spacing o- ties< s = / mm
7/24/2019 beam m5
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'esign axia$ -orce< Nu = !4 kNm
'esign torsion moment< *u = /! kNm
*hresho$& *orsion = 0!0"1-c3 ?(6cp25pcp)@ ?/ > (Nu50!116g-c3)@0! = 2!0 kNm //!!/ (c)
*uC *hresho$& *orsion torsion e--ects &o not nee& to be consi&ere& //!!/
Shear -orce< Bu = 42!09 kN
Bc= 0!/ ?/ > (Nu5/4 6g)@ -c3 b& = /!/" kN //!2;//!1
'imensions check< //!!1!/
"?(Bu5+&)@2> ?(*uPh5/!6oh
2)@2#$%&
= "?(420"!25200 19/)@2> ?(0!0 9425/! 19"12)@2#$%& = 0!4
?(Bc5+&) > 0!-c3@ = ?(//!05200 19/) > 0! 4!"@ = 1!"/
0!4 0!" 1!"/
.ember &imensions su--icient -or app$ie& shear an&5or torsion ! (///")
Bu Bc on$y nomina$ ties reAuire& //!/!/
6> 26t = 0!02 -c3(bs5-yt) = 1!2 mm2 (//21)
(0!1 bs) 5 -yt = 44! mm2 //!!!2
area o- $inks proi&e& (28/0)< 6 = /42!0 mm2
.aximum spacing o- ties = /9 mm//!!!/;//!!!1
!
Member M5 Span '
Detailed ACI Design Requirements
Section Property: 200 x 449
Span Length = !000 #ectangu$ar section
%i&th = 200 mm'epth = 40 mm
oers: *op = 40 mm +ottom = 40 mm Si&e = 40 mm
7/24/2019 beam m5
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Member M5 Span '
Detailed ACI Main Reinforement
,ogging: at 12!"2 m -rom the start o- the member
.oment app$ie& to section = 41!4 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!9
6s = (.5-y7) = 44!1 mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
Sagging: at 1!"2 m -rom the start o- the member
.oment app$ie& to section = 2!0/ kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
7/24/2019 beam m5
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'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = 0!9"
6s = (.5-y7) = 2"!2 mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = /!4 mm
.oment capacity o- section = /!"" kNm
!
,ogging: at 1"!"2 m -rom the start o- the member
.oment app$ie& to section = 11!4 kNm
--ectie &epth o- tension rein-orcement & = 19 mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!1
6s = (.5-y7) = 1"2! mm2
*ension +ars proi&e& = 28/9 28/9
6ctua$ area o- tension rein-orcement = //1 mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = /!4
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.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = !"9 mm
.oment capacity o- section = 92! kNm
!
Member M5 Span '
Detailed ACI Span ! Depth Che"
+asic span 5 &epth ratio = 2/!00 9!!2!/
Strength mo&i-ication -actor = 0!4 > -y5 00 = 0!9
,ence< mo&i-ie& span 5 &epth ratio = /!
6ctua$ span 5 &epth ratio = /1!11
!
Member M5 Span '
Detailed ACI Shear Reinforement
.inimum $inks 7one: 12!"24 m to 1"!"24 m
6ctua$ spacing o- ties< s = / mm
7/24/2019 beam m5
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'esign axia$ -orce< Nu = !/ kNm
'esign torsion moment< *u = /!/1 kNm
*hresho$& *orsion = 0!0"1-c3 ?(6cp25pcp)@ ?/ > (Nu50!116g-c3)@0! = 2!0 kNm //!!/ (c)
*uC *hresho$& *orsion torsion e--ects &o not nee& to be consi&ere& //!!/
Shear -orce< Bu = 42!" kN
Bc= 0!/ ?/ > (Nu5/4 6g)@ -c3 b& = /!2 kN //!2;//!1
'imensions check< //!!1!/
"?(Bu5+&)@2> ?(*uPh5/!6oh
2)@2#$%&
= "?(42"!5200 19/)@2> ?(0!0 9425/! 19"12)@2#$%& = 0!
?(Bc5+&) > 0!-c3@ = ?(/2"!5200 19/) > 0! 4!"@ = 1!"/
0! 0!" 1!"/
.ember &imensions su--icient -or app$ie& shear an&5or torsion ! (///")
Bu Bc on$y nomina$ ties reAuire& //!/!/
6> 26t = 0!02 -c3(bs5-yt) = 1!2 mm2 (//21)
(0!1 bs) 5 -yt = 44! mm2 //!!!2
area o- $inks proi&e& (28/0)< 6 = /42!0 mm2
.aximum spacing o- ties = /9 mm//!!!/;//!!!1
!
Member M5 Span (
Detailed ACI Design Requirements
Section Property: 200 x 449
Span Length = !000 #ectangu$ar section
%i&th = 200 mm'epth = 40 mm
oers: *op = 40 mm +ottom = 40 mm Si&e = 40 mm
7/24/2019 beam m5
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Member M5 Span (
Detailed ACI Main Reinforement
,ogging: at 1"!"2 m -rom the start o- the member
.oment app$ie& to section = 11!4 kNm
--ectie &epth o- tension rein-orcement & = 19 mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = /!1
6s = (.5-y7) = 1"2! mm2
*ension +ars proi&e& = 28/9 28/9
6ctua$ area o- tension rein-orcement = //1 mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = /!4
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = !"9 mm
.oment capacity o- section = 92! kNm
!
Sagging: at 4/!12 m -rom the start o- the member
7/24/2019 beam m5
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.oment app$ie& to section = /!09 kNm
--ectie &epth o- tension rein-orcement & = 19/ mm
'epth to compression rein-orcement &3 = "/ mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = 0!2
6s = (.5-y7) = /9!9 mm2
*ension +ars proi&e& = 28/9
6ctua$ area o- tension rein-orcement = " mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = 0!1
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = 1!" mm
.oment capacity o- section = 1!" kNm
!
,ogging: at 44!2 m -rom the start o- the member
.oment app$ie& to section = "!4 kNm
--ectie &epth o- tension rein-orcement & = 19 mm
'epth to compression rein-orcement &3 = 9 mm
Limit -or compression stee$ #nt = 4!"
#n = (.u5b&2) = 2!9
6s = (.5-y7) = "20!0 mm2
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*ension +ars proi&e& = 28/9 28/9
6ctua$ area o- tension rein-orcement = //1 mm2
.inimum area o- tension rein-orcement = 0!/ /0!
6ctua$ o- tension rein-orcement = /!4
.inimum hori7onta$ &istance beteen top bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen top bars = 1 mm
.inimum hori7onta$ &istance beteen bottom bars = 11 mm 1!1!2(c);!!/
Sma$$est actua$ hori7onta$ space beteen bottom bars = 1 mm
.aximum spacing o- tension bars< s
= 1"0 (2"05-s) 2!cc 100(2"05-s) = 4"!/" mm /0!!4
Largest actua$ space beteen tension bars = "2 mm
6ctua$ neutra$ axis &epth in section = !"9 mm
.oment capacity o- section = 92! kNm
!
Member M5 Span (
Detailed ACI Span ! Depth Che"
+asic span 5 &epth ratio = 2/!00 9!!2!/
Strength mo&i-ication -actor = 0!4 > -y5 00 = 0!9
,ence< mo&i-ie& span 5 &epth ratio = /!
6ctua$ span 5 &epth ratio = /1!11
!
Member M5 Span (
7/24/2019 beam m5
34/34
Detailed ACI Shear Reinforement
.inimum $inks 7one: 1"!"24 m to 44!2 m
6ctua$ spacing o- ties< s = / mm
'esign axia$ -orce< Nu = 9!0 kNm
'esign torsion moment< *u = !22 kNm
*hresho$& *orsion = 0!0"1-c3 ?(6cp25pcp)@ ?/ > (Nu50!116g-c3)@0! = 2!0" kNm //!!/ (c)
*u*hresho$& *orsion torsion e--ects nee& to be consi&ere& //!!/
reAuire& (6t5s) = (*u526o-yt) //!!1!
= (221191!152 0!" 19"1!2 2) = 110!0 mm25m
Shear -orce< Bu = 4! kN
Bc= 0!/ ?/ > (Nu5/4 6g)@ -c3 b& = !92 kN //!2;//!1
'imensions check< //!!1!/
"?(Bu5+&)@2> ?(*uPh5/!6oh
2)@2#$%&
= "?(4/!95200 19)@2> ?(221191!1 9425/! 19"12)@2#$%& = /!94
?(Bc5+&) > 0!-c3@ = ?(920!05200 19) > 0! 4!"@ = 1!"/
/!94 0!" 1!"/
.ember &imensions su--icient -or app$ie& shear an&5or torsion ! (///")
reAuire& (65s) = (Bu Bc5-yt&) #//!!
= (4/!" 0!" 920!0050!" 2 1"!9)= 0!0 mm25m
6> 26t = 0!02 -c3(bs5-yt) = 1!2 mm2 (//21)
(0!1 bs) 5 -yt = 44! mm2 //!!!2
area o- $inks proi&e& (28/0)< 6 = /42!0 mm2
.aximum spacing o- ties = /"4 mm//!!!/;//!!!1
!