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Composite I Beam
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Geometry & Loading
Steel Grade MPa
300
350
400
Section Family
UB
UC
WC
WB
ALL
Section
610UB125
610UB113
610UB101
530UB92.4
530UB82.0
460UB82.1
460UB74.6
460UB67.1
410UB59.7
410UB53.7
360UB56.7
360UB50.7
360UB44.7
310UB46.2
310UB40.4
310UB32.0
250UB37.3
250UB31.4
250UB25.7
200UB29.8
200UB25.4
200UB22.3
200UB18.2
180UB22.2
180UB18.1
180UB16.1
150UB18.0
150UB14.0
310UBP149
310UBP110
310UBP78.8
200UBP122
Span Le (mm)
Super Imposed Dead Load KPa
Super Imposed Live Load KPa
TOTAL Construction Loading KPa
Restrained Le Construction (mm)
Steel Section Pre-camber (mm)
Composite Inputs
f'c (MPa)
Stud Dia
Slab Thk.
Stud Height
Eff. Width
Stud Type
Headed
Thrd Bolts
Beam Trib Width
Stud fy
Double Studs?
No
Yes
Capacity Moments & Shears
Units = KN , m
Const Line Load
ULS Line Load
Const Moment
ULS Moment
Const Shear
ULS Shear
Steel Material Properties
fy (N/mm²)
fu (N/mm²)
Class
Ze (mm³)
Steel Section Properties
Depth
Width
tw
tf
kg/m
Area
Ix
Iy
Zx
Zy
Sx
Sy
rx
ry
Iw
J
Steel Section C
apacities
To receive wet concrete and construction loads
Key Values
αs
ΦMsx (KN.m)
αm
Kf
ΦMbx (KN.m)
Moa
Mb/Ms
ΦVweb (KN)
Composite
Section C
apacities
Steel Ny,d (KN) - Clause 3.5.4.2
Concrete Nc,d (KN)
Depth of Plastic NA (mm from top)
Stud Shear Capacity KN
Max Possible Stud Spacing (mm)
Min Possible Stud Spacing (mm)
Full Composite Results
β = 100%
Full Comp. Moment Capacity (KN.m)
Full Composite
ΦMbx
Enhancement
Full Composite
ΦMsx
Enhancement
Required Studs for 100% Comp.
Minimum Composite Results
β =
-
Min Comp Moment Capacity
Full Composite
ΦMbx
Enhancement
Min Comp ΦMsx Enhancement
Required Studs for Min Comp
Composite Sec Inertia (
(mm^4)
Deflection (Composite) (mm)
Deflection Ratio (Composite)
Vibration Frequency (Composite)
Deflection (Beam Only) (mm)
Deflection Ratio (Beam Only)
Vibration Frequency (Beam Only)