hog and sag calc
1
FPSO CIDADEDE NITEROIMV18 MODULE-1P,Coil Tubing and Flare Knock out Drum Module INPACE, LlFT& TRANSPORTATIONANALYSISREPORT WH201-LTV20-9004-0150 Rev. B Length of the FPSO Ratio of FPSO length to sag Maximumlongitudinalbending deformation Assuming the Deflectionshape to be circular R2 =(R - /ji + (U2)2 SolvingR,we get R = {D2+(U2)2}/(2A) No ofstools in longitudinaldirection Spacing between the stool location Distance from center of the module to the extreme edge Maximumdeflection at center of the module L= Ratio = A = L/ Ratio 315~0'mm 500 630 mm R= N= S= D= 00= / 19687815 mm 1 5805 mm 11610,mm 3.423 mm 1.0 Maximum Hog / sag always occurs on Longitudinal direction. 2.0 No transverse bending deformation considered '\ , 3.0 The Relative D flection giypiabove may be converted to appropriate unit and usecl(s\ 4.0 If N=3, 5 or e 0value &~ for middle stool. 0/ ~ f')/ '). f f. ~~,~' ~ ; V ::\' '" ~ ~. . X (!, ~ f' \) ~ (\'\;t(?~ Y \ fI' t--j t , ' j( 1:/ ()ft,,, '\ S <'1\ V ~/ t~ \!' ,~ \'- ~ 't) ,~I{ 0/ ~~ ~h".' ~ ~ I~~/ ~ \10 .'V .1) .~.. \) ~~ IAO A. ~\ . i' ,/ ) It , Dist, from module Reference Deflection, mm Relative Deflection, mm Location mm 8 = R-fR2 - D21(112) d=80 81 11610 8) I 3.423 dl I 3.423
-
Upload
nnaveensgk -
Category
Documents
-
view
48 -
download
4
description
hog and sag calc
Transcript of hog and sag calc
FPSO CIDADEDE NITEROIMV18
MODULE-1P,Coil Tubing and Flare Knock outDrum Module INPACE, LlFT&TRANSPORTATIONANALYSISREPORTWH201-LTV20-9004-0150 Rev. B
Length of the FPSO
Ratio of FPSO length to sag
Maximumlongitudinalbending deformation
Assuming the Deflectionshape to be circularR2=(R-/ji + (U2)2
SolvingR,we get R ={D2+(U2)2}/(2A)
No of stools in longitudinaldirection
Spacing between the stool location
Distance from center of the module to the extreme edgeMaximumdeflection at center of the module
L=Ratio =A=L/ Ratio
315~0'mm
500
630 mm
R=N=S=D=00=
/19687815 mm
1
5805 mm
11610,mm3.423 mm
1.0 Maximum Hog / sag always occurs on Longitudinal direction.
2.0 No transverse bending deformation considered '\ ,3.0 The Relative D flection giypiabove may be converted to appropriate unit and usecl(s\4.0 If N=3, 5 or e 0value &~ for middle stool. 0/ ~ f')/ ').
f f. ~~,~' ~ ;V ::\' '" ~ ~. . X (!, ~ f' \)~ (\'\;t(?~ Y \ fI' t--j t, ' j( 1:/ ()ft,,, '\ S <'1\V ~/ t~ \!' ,~ \'- ~ 't) ,~I{0/ ~~ ~h".' ~ ~ I~~/
~
\10 .'V.1) .~.. \) ~~ IAOA. ~ \
. i' ,/ ) It
,
Dist, frommodule Reference Deflection, mm Relative Deflection, mm
Location
mm 8 = R-fR2 - D21(112) d=80
81 11610 8) I 3.423 dl I 3.423
