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DESIGN FOR MOMENT CONNECTION
sheet 47
Design Data C o l u m n s e c t i o n a l p r o p e r t i es es
Section size Depth of section W idth of section Thickness of flange Thickness of web
= = = =
dc bfc tfc twc
= = = =
152.4 152.2 6.8 5.8
mm mm mm mm
152.4 152.2 6.8 5.8
mm mm mm mm
12 15 10
kN.m kN kN
B e a m s e c t i o n a l p r o p e r t i es es
Section size Depth of section W idth of section Thickness of flange Thickness of web
= = = =
dc bfb tfb twb
= = = = =
= = =
M F Fx
= = =
Length of plate = W idth of plate = Thickness of plate = Design strength of the plate = Assumed thickness of weld for Beam = and end plate connection Design strength of fillet weld =
L B t pyp
= = = =
s
=
Forces
Ultimate Moment Ultimate Resultant shear Ultimate Axial load
Page 9
End p late details
170 mm 170 mm 10 mm 265 N/mm 2 6.0
pw =
mm
220 N/mm 2
Bolt details
Grade of bolt Diameter of bolts
=
db
= =
Total number of bolts Numb Number er of bolt bolts s in Tens Tensio ion n Flan Flange ge Tensile area of bolt Shear strength of bolt Tensile strength of bolt
= = = = =
N Nt At ps pt
= = = = =
Edge distance provided
=
n
=
Lever arm
=
d
=
8.8 mm 4 4 2 157 mm 375 N/mm 2 560 N/mm 2 mm 40 mm 14 145.6
Sheet 49 It is assumed that the entire tensile force will be carried by the flange and the shear will be carried by the web of the beam Beam / End plate weld
Maximum tension in flange
= M / d + Fx / 2
Length of weld for tension flange W eld shear (Moment) W eld capacity
= = = =
87.4 304.4 0.29 0.7 s Pw
kN mm kN/mm
=
0.92
kN/mm
= = =
291.2 0.05 0.7 s Pw
mm kN/mm
=
0.92
kN/mm
=
M/d
=
82.4
Length of weld for web W eld shear W eld capacity
OK
OK
Check for column web buckling.
Tot Total comp ompressi ssion on the colum olumn n
Bearing capacity of the web
= Fc
= Pbw b1 n k Pbw
kN
= (b1 + nk)twcpyw = twc + 1.6r + 2t fc = = = =
35.72 5 17.0 192.5
4.5.2.1
mm mm kN
> Actual Actual force force Stiffner not required Buckling resistance of the web
Stiffner not required However 10mm thick stiffners are stiffners are provided on the column at the beam flange locations. C h e c k f o r s h e a r b u c k l i n g r e s i s t an an c e
Tot Total comp ompressi ssion on the colum olumn n
= Fc
= M / d - Fx/2 =
Shear Shear buckli buckling ng resi resist stanc ance e of the the web