.pdf of the calculations for designing the strength of the lifting lug.
CCDVDVV
spreader beam calculation execution model
Lifting Set Calculation as per API RP2A for offshore and onshore conditionFull description
beamFull description
analisis
Beam
Full description
Full description
Lifting Lug Stress
LIFTING BEAM ee Detail H1 Do T 4
L T1 54 D1 H1
D3
T3
W1 Lug Detail (Typ. Top and Bottom) INPUTDATA Length between Lugs Thickness of Lug Plate Thickness of Cheek Plate Hole Diameter Diameter of Cheek Plate Width of Lug Plate Max. ling Tension Tension in under !reader bar sling ling Tension Tension in the !air sling of Maximum tension sling "nclination of the maximum tension sling with base "nclination of the other sling with base Max. #ertical Load at Lifting $eam Lug%&nderslung' %,1 x inq1 2,3 x inq3'
= = = = = = = = = = =
! 1! "# $ #$$ 1&."' &&.! *.#! "$.' #1'.&
F+t
= = =
#*#. #.*& #&*.&!
N
Max. Hori+ontal Load at Lifting $eam Lug %)n*to! Lugs' %,4 x Cosqt'
F+,
=
$!.''
N
Max. )ut*of*!lane Load at Lifting $eam Lug %)n*to! Lugs' Hori+ontal ,orce in $eam Pin Diameter of elected hackle Height of Lug Hole abo(e Lifting $eam Pi!e )utside Diameter -ominal Pi!e Thickness Pi!e "nside Diameter
F+o F, Dp -1 D$ T& Di
= = = = = = =
#. .1& '.*! 1!$ "& 1& #"
N N mm mm mm mm mm
$eam Modulus of lasticit/
E
=
$!$$$
N/mm
0ield stress
y
=
!$
N/mm
Max. ling Tension Tension in abo(e s!reader bar sling "nclination of the sling with s!reader bar Max. #ertical #ertical Load at Lifting $eam Lug%)n*to! Lugs' %,4 x inq t'
L T1 T D1 D %1 F1 F 1
F+u
F&
mm mm mm mm mm mm N N
N
N
0UTPUT DATA Unde+lung Lug+ on Liting Beam Ten+ile 2te++ in Plate %,su6%% W1*D1'xT1''
t
=
!1.#'
N/mm
2,ea 2te++ in Plate ,su6%%5473*%d163'73'78.9 x 3 x T1'
+
=
#."$
N/mm
Beaing 2te++ at -ole ,su6%%T1 2 3 x T3' x D!'
p
=
1$'.&
N/mm
Ten+ile 2te++ in Plate %,st6%% W1*D1'xT1''
t
=
!&."'
N/mm
2,ea 2te++ in Plate ,st6%%5473*%d163'73'78.9 x 3 x T1'
+
=
##.1
N/mm
Bending 2te++ at -ole ,st6%%T1 2 3 x T3' x D!'
p
=
11#.1$
N/mm
Bending 2te++ in Plate(In3plane) %,sh x H1' 6 %T1 x W1736:'
4
=
#.&!
N/mm
4o
=
*".1*
N/mm
52A
=
1$1'
mm
I
=
*''!1!
mm#
A6ial 5ompe++i7e 2te++ in Beam
8
=
.$!
N/mm
Ma6imum Allo9a4le 5ompe++i7e Load in Beam % p73 x x "6L73'
P
=
:DI;/$<
N
0n3Top Lug+ on Liting Beam
Bending 2te++ in Plate(0ut3o3plane) %,s8 x H1' 6 %W1 x T17336:' Liting Beam Cross ectional ;rea of $eam % p x %Do73*Di73'6< Moment of "nertia of $eam % p x %Do7<*Di7<'6:<