278060792.xls 07/31/2015 04:43:59 1/10
S Job Name : DXB-BRIDGE DESIGN
Calcs by :
Rev ision No.
SAMALSADI
FIN PLATE DESIGN
Member End Actions Total reso;ved compressive forces from braces
=
219.00 N
Total reso;ved tensile forces from braces
=
219.00 N
Compressive force in !"#
=
190.00 N
Tensile force in!"#
=
190.00 N
Compressive force
C
=
#09.00 N
Tensile force
T
=
#09.00 N
$ertical !%ear force
$
=
2&'.00 N
Supporting member
(1 =
)*2 mm
t+1 =
12.)
mm
- Colmn/
"1 =
)&0.' mm
Tf1 =
20.&
mm
1SC4b UC 356X368X153
1 =
19' cm'
r1 =
1'.2
mm
Supporting member
(2 =
*02 mm
t+2 =
10.'
mm
r2 =
- Colmn/
"2 =
22&.* mm
Tf2 =
1#.
mm
(,2 =
SB 3 UB 457X152X52
2 =
129 cm'
n=
0
mm
Connection deti!s rade of bolt
t =
rade of material
Rolled section
Minimum Tensile Strength
4s.b =
5inimm 6ield !tren7t% = (esi7n stren7%t
py.b =
. = !)'' #&0
3lates
5pa
4s.f =
355 5pa
py.f =
Bolt Detils Nominal yield !tren7t% of "olt
3s
=
64! 5pa
4ltimate Tensile !tren7t%
3t
=
00 5pa
rade
.r
=
. "olts
(iameter of "olt d
d
=
20 mm
(iameter of "olt %ole (%
(%
=
22 mm
ross rea of "olt 8 7
b
=
)1# mm2
Tensile !tress area of "olt s
s
=
2#' mm2
No. of bolt ro+s
nr
=
&
No. of bolt colmns
nc
=
1
Total no. of bolts
n
=
&
3itc%
"
=
&' mm
a7e
7
=
0 mm
oriontal d7e distance for member
e)
=
)' mm mm
oriontal d7e distance for plate
e2
=
)' mm mm
#erti$l %n& &istn$e in plte t top
e1
=
)' mm
$ertical nd distance in plate at bottom
e1.1
=
)' mm mm
$ertical nd distance in member at top
et
=
&' mm
$ertical nd distance in member at bottom
eb
=
&&.*
mm
! )'' #&0
5pa
355 5pa
(,1 =
278060792.xls 07/31/2015 04:43:59 2/10
S Job Name : DXB-BRIDGE DESIGN
Calcs by :
Revision No.
SAMALSADI
Distn$e beteen *$e o* supporting member E supporte& bem .%n& "roFe$tion0
t1
(
1! mm
)ength o* +n plte
l
=
'20 mm
,i&th o* +n plte
"f
=
0 mm
Thi$-ness o* +n plte
tp
=
1* mm
Thi$-ness o* rein*or$ement
t+rp
=
0 mm
Totl thi$-ness o* eb
t+
=
10.'
mm
)est thi$-ness o* $onne$te& prts
t
=
10.'
mm
r o* sher plnes
Ns
=
End Pro"ection
. 1/160 mm "lte
1
C#ec$ % & Recommended deti!in' (rctice
&' )'
)(
-To 7ive ade?ate @nominal torsional restraint@
(
3567535 )*0 mm
+,
0.D*
".!.N 199)A1A:200' A Table ).)/ - /
!pacin7 of "olts
(
5inimm spacin7 of bolts
22 &!
(
484 mm
(
5aBimm spacin7 of bolts
14 t or
(
(
min."g0
m."g0
9(
9( Min.e1
M.e1
2!!mm 147
nd d7e (istances of "olts
(
5inimm end and ed7e distances of bolts
12 &!
(
264 mm
(
5aBimm end and ed7e distances of bolts
14t or 4!mm
( :p (
147
45
(
tp;
Dor resistance of cross section
ɤ m0
(
1
Dor Concrete
ɤ$
(
1.'
Dor "oltsEFelds
ɤ m2
(
1.2'
ɤmu
(
11
=
(
0.'
Type of fin plate based on t%e len7t%8
!3555556
Recommended deti!in' (rctice stisied
"rtil *$tors
Correlation Dactor
C>%C? @A BA)TS Dor bolts rade
. (
ἂv
(
!6 "! N 199)A1AA 200' Table
-2
(
!
278060792.xls 07/31/2015 04:43:59 3/10
S Job Name : DXB-BRIDGE DESIGN
Calcs by :
Revision No.
SAMALSADI
!%ear resistance of bolt
= ἂ v>fb>sE ɤ52
Dv.Rd
4!428 ?
= Tension resistance of bolt
DT.Rd
= G2>fb>sE ɤ52
141!732 ?
=
Check 2: S!!"#$e% &e'( ) *"l$ +#"! - "earin7 of bolts on fin plate and beam +eb/
i @or bolt sher
Bsi$ eGuirement
esultnt @or$e in Bolt group
(
#e&( 9 #&
#%&
(
%$$entri$itH o* @# bout $g o* bolt group
<(
428545 ? t1e3!5.n$/10g
( Sher resistn$e o* bolt group
#&
(
45 mm n@#& sGrtI.1Jn02.Kn02L
(
!%ear resistance of bolt
= ἂ v>fb>sE ɤ52
Dv.Rd
(
4!428 ?
C",,ec$-", %es-,e% $" &e N",)Sl-! ,%e# 'c$"#e% l"'%s
Slip resistn$e o* one bolt
@S&
(
Slip *$tor
m
(
"relo&ing *or$e
@p$
(
!7*ubs
( @S& @or single Nerti$l line o* bolts
Sher resistn$e o* bolt group
(
n2 (
1
n1 (
7
1371552 ?
J
(
!
O
(
n1;2"2'1;6n1.n1'/10"1'
(
J
(
K
(
6:;n.n10p1
(
!!642857
(
6!!3583 ?
#&
!
428545 SAFE
-- -, !l'$e -, &e'#-,
Bsi$ eGuirement
#%& (9 #&
278060792.xls 07/31/2015 04:43:59 4/10
S Job Name : DXB-BRIDGE DESIGN
Calcs by :
Revision No.
SAMALSADI
Bering resistn$e o* bolt group
#&
(
n;sGrtI.1Jn;@b&Ner02.Kn;@b&hor02L
#erti$l Bering resistn$e o* bolt
@b&Ner
(
.-1Jb*up&t0;PM2
( Jb ( min.e1;3&o .p1;3&o0 / !25 *ub;*up 1!0
e1;3&o (
!53
.p1;3&o0 / !25 (
!8
*ub;*up
17!
( Jb
(
!53
-1 ( Min..28e2;&o0 /170..14p2;&o0/170 250 ( @b&Ner >ori:ontl Bering resistn$e o* bolt
25!
(
1552 ?
@b&hor ( .-1Jb*up&t0;PM2 -1 (
( Min..28e1;&o0 /170 ..14p1;&o0/170 250 25!
Jb ( min.e2;3&o .p2;3&o0 / !25 *ub;*up 1!0 e1;3&o (
!53
.p2;3&o0 / !25 (
!8
*ub;*up
17!
( Jb
(
@b&hor (
Bering resistn$e o* bolt group
1552 ?
.1Jn;@b&Ner02
(
33%/!!5
.Kn;@b&hor02
(
76%/!!6
#& (
!53
1!1826 ?
4285 SAFE
--- *e'( e& -, &e'#-,
Bsi$ eGuirement
Bering resistn$e o* bolt group
#& (
#%& (9 #&
n;sGrtI.1Jn;@b&Ner02.Kn;@b&hor02L
#erti$l Bering resistn$e o* bolt @b&Ner ( .-1Jb*up&t0;PM2 Jb ( min .e1b;3&o ..p1;3&o0 / !250 *ub;*up 1!0 e1b;3&o
(
118
278060792.xls 07/31/2015 04:43:59 5/10
S Job Name : DXB-BRIDGE DESIGN
Calcs by :
Revision No.
SAMALSADI
.p1;3&o0 / !25
(
!8
*ub;*up
(
17!
Jb
(
!8
-1 ( Min..28e2b;&o0 /170 ..14p2;&o0/170 250 ( @b&Ner >ori:ontl Bering resistn$e o* bolt
25!
(
1747 ?
@b&hor ( .-1Jb*up&t0;PM2 -1(
Min..28e1b;&o0..14p1;&o0/170 250 (
25
Jb ( min.e2b;3&o ..p2;3&o0 / !250 *ub;*up 1!0 ( @b&hor
!53
(
1!468181818 ?
.1Jn;@b&Ner02
(
32664%/!!5
.Kn;@b&hor02
(
18472%/!!5
Bering resistn$e o* bolt group
N& (
7881412 ?
428545 SAFE
Check 3: S!!"#$e% &e'( ) C",,ec$-, ele(e,$s
Sher n& ben&ing $p$itH o* +n plte $onne$te& to supporte& bem - She'# &l"ck $e'#-, " ,!l'$e:
Sher resistn$e o* +n plte is the smller o* sher resistn$e o* gross se$tion net se$tion n& blo$- tering resistn$e Bsi$ reGuirement
#%& (9 #&min
Sher resistn$e o* gross se$tion o* +n plte
#&gros ( hptp*Hp;127Q3PM! (
Sher resistn$e o* net se$tion o* +n plte
13427258 ?
#&net ( Nnet*up;Q3PMu N ( Ie1e11.nr/10pL tp (
et Sher re *ter &e&u$ting holes
Nnet ( N / nr&!tp (
Sher resistn$e o* +n plte
832! mm' 5856 mm'
#&net
(
1444534 ?
"N
(
13427258 ?
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TRUCTURAL CALCULATIONS Job No. :
Dilename : 0.00
; C%ecG !taad Htpt ; C%ecG !taad Htpt ; C%ecG !taad Htpt ; C%ecG !taad Htpt ; C%ecG !taad Htpt ; C%ecG !taad Htpt
290.2
12.& '#&.*
mm mm
278060792.xls 07/31/2015 04:43:59 7/10
TRUCTURAL CALCULATIONS Job No. :
Dilename : 0.00
SAFE
SAFE
SAFE
e11 e2e3 et eb0 SAFE
11 e2e3 et eb0 SAFE
).#
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TRUCTURAL CALCULATIONS Job No. :
Dilename : 0.00
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TRUCTURAL CALCULATIONS Job No. :
Dilename : 0.00
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TRUCTURAL CALCULATIONS Job No. :
Dilename : 0.00