1
Pressure Class, Pc
2
Working Pressure, Pw
3
Surge Pressure, Ps
4
Pipe Stifness, PS
5
Max .Allo Allowa wal le e !e" !e"ect ection ion #ro #ro$ %in %ing &en'in n'ing g
(
)ertical Soil *oa' on t+e Pipe, W c
5
Max .Allo Allowa wal le e !e" !e"ect ection ion #ro #ro$ %in %ing &en'in n'ing g
(
)ertical Soil *oa' on t+e Pipe, W c
*ie *oa' on t+e Pipe, W *
-
Constraine' Soil Mo'ulus, Ms
/
!e"ection
10
Co$ine' *oa'ing
11
&uckling
AWWA M45 section 5..1.1
Sea Water ntake !esign Pressure 12 &ar g 00 2 702.7 718.5
! ! Interior Liner Thickness, t L1
xternal *a6er 78op Coat9 8+ickness, ttc
1.0 0.3
Total Liner Thickness, t L
1.3
t t t
6.6 7.9 711.9
D
:!& Strain &asis ;S :
0.66 1.8 18.70
1271.4
Pc
12.71
AWWA M45 section 5..1.2
P'esign
1000
Pw
450
OK
AWWA M45 section 5..1.3
Ps 7Pw < Ps9 = 1.4
550
714 OK
AWWA M45 section 5..1.3
r '=!
21.690
41.09 355.95 5.00
6t
35.60 114.56
PS
AWWA M45 section 5..2
!#
6.73
S
1.35
;S 6a
1.50 85.81
6a = !
12.05 5.00
Max Allowale !e#.
AWWA M45 section 5..3.5
18000
s
+$in
1.00
+$ax Wc #or +$in
5.00
Wc #or +$ax
18000 90000
AWWA M45 section 5..3.(
MP P # #or +$in
1.20
90000
1.195
# #or +$ax
1.000
&ack>ll Categor6
SC2
&ack>ll 86pe
Sand
&ack>ll Co$paction *eel **!; *1 #or +$in
SPD85 1.150
*1 #or +$ax
6.000
+int
1.157
*2 #or +$in
1.650
*2 #or +$ax
4.040
W* #or +$in
55858.63
W* #or +$ax
4455.45
AWWA M45 section 5..3.-
1.400
Ms Msn = Ms
Sc Ms
Msn
10.30
&'
1460
+$in +$ax +$in +$ax &' =!
3.36
4.08
3.06 2.52 2.05
+$in
1.49
+$ax
1.39
+$in
5.01
+$ax
5.68
AWWA M45 section 5..3
6
=!
6
1.50
? x
0.10 0.0257
+$in
=! @ Min 7 '=!,
=! 6 6
!*
2.57 %
6a=!9
0.0383
+$ax
=! @ Min 7 '=!,
YES 3.83 %
6a=!9
YES
AWWA M45 section 5..4
pr
rc r = S c = :!&
1B7
0.00130 0.00373 0.850 0.235
pr
0.197
rc = S 9 = ;S pr
0.425
C+eck 5B22 1 B 7 pr = :!& 9 = ;S
0.536
C+eck 5B23
OK
OK
AWWA M45 section 5..5.2
0.30
k %+ +w %w
a
+$in
0.973
+$ax
1.023
+$in
0.00
+$ax +$in +$ax ;s
0.00 1.000 1.000
+$in
159.879
+$ax P
182.807
+w $in < %wWcD x 10B3 < P
w
0.74
2.50
100.00 118.000
C+eck 5B25 w+w $ax < %wWcD x 10B3 < P C+eck 5B25 w+w $in < %wWc < W*D x 10B3 C+eck 5B25 w+w $ax < %wWc < W*D x 10B3 C+eck 5B25
OK 190.000 NOT OK 73.859 OK 94.455 OK
mm mm mm mm mm mm mm mm mm/mm Gpa kPa a!
kPa
kPa kPa
GPa mm4/mm mm %
mm kPa
Ta"#$ 51 mm/mm mm % %
N/m3 m m N/m2 N/m2
N
N/m2 N/m2
&Pa mm &Pa &Pa
&Pa &Pa
mm/mm mm/mm
m m
kPa kPa kPa
kPa kPa kPa
*$m Dam$$! S;n$ C#a P!$!$ C#a
'((' &45 )SECOND ED*T*ON+ C',C-,'T*ONS POECT aan Cn!n (a$! N$!k P!$ S:m"# -n DN mm SN Pa PN a!<
Pipe Para$eters O$! Dam$$! Ta# (a## T=kn$ *n$!! ,n$! T=kn$ E>$!na# ,a:$! )Tp Ca+ T=kn$ $n?!$d )S!!a#+ (a## T=kn$ &$an Pp$ Dam$$! @p T$n#$ &d# @p A#$>!a# &d# @:d!a D$
S6ste$ Para$eters P!$!$ Sa?$: Aa! &a>mm S!<$ '##an$ $ndn< Sa?$: Aa! k#n< Sa?$: Aa! *oa' Para$eters (!kn< P!$!$ 'ddna# S!<$ P!$!$ am )0 1+ $=#$ T!a (=$$# ,ad D!$n ? Pan< T!a $=#$ '>#$ T:p$ $=#$ '>#$ Span< ,$n<= ? T!$ Ap!n (d= ? T!$ Ap!n nstallation Para$eters &nmm !a# D$p= )Pp$ C!n+ &a>mm !a# D$p= )Pp$ C!n+ G!nd (a$! ,$$# )Pp$ C!n+ ?! =mn G!nd (a$! ,$$# )Pp$ C!n+ ?! =ma> T!$n= (d= )Pp$ Sp!n<#n$+ akF## Ca$<!: )SC1 SC2 SC3 ! SC4+ akF## T:p$ )Sand/G!a$#+ akF## Cmpan ,$$# akF## Cmpan D$!pn
OD , D E@ E @D S"
mm mm mm mm mm mm &Pa &Pa % S!an % S!an
δd/D
%
ASp! Sa AS" AS"k#n<
> PN
P a!< P a!< P a!< P kN '!/Pa!a##$# Sn<#$/Tand$m m # m m
=mn =ma> =1 =2 d SPD
m m m m m %
akF## ($<= Na$ S# D$!pn $ddn< C$$n D$B$n ,a< Aa!
<" K> D,
kN/m3
*$m Dam$$! S;n$ C#a P!$!$ C#a
'((' &45 )SECOND ED*T*ON+ C',C-,'T*ONS POECT aan Cn!n (a$! N$!k P!$ S:m"# -n DN mm SN Pa PN a!<
)alues #or Calculations akF## C!!$n Aa! d$ :an: D!: akF## Cn!an$d &d# a =mn D!: akF## Cn!an$d &d# a =ma> Na$ S# &d# Na$ S#/akF## a a =mn Na$ S#/akF## a a =ma> T!$n= (d=/Dam$$! S# Spp! Cm"nn< Aa! a =mn S# Spp! Cm"nn< Aa! a =ma> Cmp$ Cn!an$d &d# a =mn Cmp$ Cn!an$d &d# a =ma> S=ap$ Aa! &a>mm '##a"#$ ,n< T$!m D$B$n
!e"ection Pre'iction at Mini$u$ !ept+ $!a# S# ,ad a =mn ,ad (d= Pa!a##$# D!$n ? T!a$# ,ad (d= P$!p$nd#a! D!. ? T!a$# *mpa Aa! ,$ ,ad a =mn P!$d$d D$B$n D$B$n H &n )δd/D ∆:a/D+ !e"ection Pre'iction at Maxi$u$ !ept+ $!a# S# ,ad a =ma> ,ad (d= Pa!a##$# D!$n ? T!a$# ,ad (d= P$!p$nd#a! D!. ? T!a$# *mpa Aa! ,$ ,ad a =ma> P!$d$d D$B$n D$B$n H &n )δd/D ∆:a/D+
&" &" &n &n/&" &n/&" d/DN S S S > &" S > &" D? ∆:a /
D
( ,1 ,2 *? (, ∆
/D
&Pa &Pa &Pa &Pa &Pa %
kPa m m kPa %
Y$/N
( ,1 ,2 *? (,
kPa m m kPa
∆: /D
%
Y$/N
*$m Dam$$! S;n$ C#a P!$!$ C#a
'((' &45 )SECOND ED*T*ON+ C',C-,'T*ONS POECT aan Cn!n (a$! N$!k P!$ S:m"# -n DN mm SN Pa PN a!<
Pressure Anal6sis Pp$ P!$!$ C#a 'a# P!$!$ Sa?$: Aa! P L P &a>mm P!$!$ = S!<$ 'a# S!<$ Sa?$: Aa! AS!<$ > P L )P I P+ (!kn< S!an d$ *n$!na# P!$!$ $ndn< S!an d$ &a>. P$!m$d D$?. $!ndn< C$$n $!nd$d $ndn< S!an $p! / @D )1 $" > ! / S"+ / ASp! $p! / @D H )1 $" > ! / S"+ / ASp! '=$$d Sa?$: Aa! $" > ! / S" )1 $p! / @D+ / AS" $" > ! / S" H )1 $p! / @D+ / AS" '=$$d Sa?$: Aa!
P a!< ASa Y$/N P I P a!< ASa Y$/N $p! % $" % ! $" > ! % Y$/N Y$/N
&uckling Anal6sis at Mini$u$ !ept+ C!!$n Aa! ?! D$p= ? A## (a$! :an: Aa! ,ad ?! T:pa# *na##an C!a# k#n< P!$!$ '=$$d Sa?$: Aa! ASa L AS"k#n< ,ad ?! T!a *na##an '=$$d Sa?$: Aa! ASa . AS"k#n<
= (:pa# kPa J kPa ASa Y$/N (!a kPa ASa Y$/N
&uckling Anal6sis at Maxi$u$ !ept+ C!!$n Aa! ?! D$p= ? A## (a$! :an: Aa! ,ad ?! T:pa# *na##an C!a# k#n< P!$!$ '=$$d Sa?$: Aa! ASa . AS"k#n< ,ad ?! T!a *na##an '=$$d Sa?$: Aa!
= (:pa# kPa J kPa ASa Y$/N (!a kPa ASa
ASa . AS"k#n<
Y$/N
a#$ 700 2500 12
S$a (a$! *nak$ a#$ a#$ 800 700 2500 12 10
718.5 7.7 1 0.3 6.4
820.5 8.7 1 0.3 7.4
22250 23264 0.66 1.35
22250 24395 0.66 1.35
718.50 7.90 1.00 0.30 6.60 711.90 18700 21690 0.66 1.35
5
5
5.00
1.8 1.4 1.5 2.5
1.8 1.4 1.5 2.5
1.80 1.4 1.50 2.50
12 4.8 1 90 '! Sn<#$ 0 0.25 0.5
12 4.8 1 90 '! Sn<#$ 0 0.25 0.5
4.50 5.50 1.00 90.00
1 5 5
1 5 5
1.3 SC2 Sand SPD90 &d$!a$
1.4 SC2 Sand SPD90 &d$!a$
1.00 5.00 0.00 0.00 1.46 SC2 Sand SPD85
0 1 m 0 5 m
19 &$dm 0.1 1.5
19 &$dm 0.1 1.5
18 0.10 1.50
a#$ 700 2500 12
S$a (a$! *nak$ a#$ a#$ 800 700 2500 12 10
0.85 9.44 11.63 10.3 1.28 1.04 1.86 1.09 1.01 8.78 10.02 6.5
0.85 9.44 11.63 10.3 1.28 1.04 1.75 1.11 1.02 8.94 10.05 6.5
3.36 4.08 10.30 3.06 2.52 2.05 1.49 1.39 5.01 5.68 6.73
12.75
12.96
12.05
19 1.4 1.65 1.19 55.9 1.52 ES
19 1.4 1.65 1.19 55.9 1.49 ES
18 1.40 1.65 1.19 55.86 2.57 ES
95 6 4.04 1 4.5
95 6 4.04 1 4.5
90 6 4.04 1 4.46
2.33 ES
2.32 ES
3.83 ES
a#$ 700 2500 12
S$a (a$! *nak$ a#$ a#$ 800 700 2500 12 10
14.74 2.21 YES 16.8 1.23 ES 0.2985 0.3529 0.6 0.2118 0.4523 0.4684 ES 1.86 0.1569 0.3652 ES 3.49
14.82 2.22 YES 16.8 1.24 ES 0.2968 0.3472 0.6 0.2083 0.4497 0.4698 ES 1.88 0.1543 0.3669 ES 3.57
12.71 5.09 YES 1000 2.83 ES 0.1298 0.3733 0.8500 0.3173 0.1966 0.4250 ES 3.89 0.2351 0.5356 ES 3.42
0.97 0.67 123 618 5.04 ES 78 7.88 ES
0.97 0.67 123 620 5.06 ES 78 7.91 ES
0.97 1.00 118.00 399.70 3.387 ES 73.86 5.412 ES
1.02 0.67 213 710 3.34 ES 117 6.06
1.02 0.67 213 710 3.34 ES 117 6.06
1.023 1.00 190 457.02 2.405 F 94.45545 4.838
kPa
ES
ES
ES
d Pp$ OD @ ' d
mm mm mm mm
820.5 1900 1200 1610.3
718.5 1800 1100 1459.3
8ale 10 Mini$u$ +op tensile strengt+ reuire$ents 7#ro$ 29 Fo$inal Pipe SiGe n. mm 1 M25 1.5 M40 2 M50 2.5 M65 3 M80 4 M100 6 M150 8 M200 10 M250 12 M300 14 M350 15 M375 16 M400 18 M450 20 M500 21 M550 24 M600 2 00D 30 M800 33 M850
50
M345.0
100 150 200 250 300 400 600 800 1000 1200 1400 1500 1600 1800 2000 2100 2400 2700 3000 3300
M18 M26 M35 M44 M53 M70 M105 M140 M175 M210 M245 M263 M280 M315 M350 M368 M420 M473 M525 M578
P!$$ C#a M689.0 100 150 &nmm @p T$n#$ S!$n<= # 200 M35 300 300 M53 450 400 M70 600 500 M88 750 600 M105 900 800 M140 1200 1200 M210 1800 1600 M280 2400 2000 M350 3000 2400 M420 3600 2800 M490 4200 3000 M525 4500 3200 M560 4800 3600 M630 5400 4000 M701 6000 4200 M736 6300 4800 M841 7200 5400 /4(D -100 6000 M1051 9000 6600 M1156 9900
8ale 10 Mini$u$ +op tensile strengt+ reuire$ents 7#ro$ 29 Fo$inal Pipe SiGe n. mm 1 M25 1.5 M40 2 M50 2.5 M65 3 M80 4 M100 6 M150 8 M200 10 M250 12 M300 14 M350 15 M375 16 M400 18 M450 20 M500 21 M550 24 M600 2 00D 30 M800 33 M850 36 M900 39 M1000 42 M1100 45 M1150 48 M1200 51 M1300 54 M1400 60 M1500 66 M1700 72 M1800 78 M2000 84 M2200 90 M2300 96 M2400 102 M2600 108 M2800 114 M2900 120 M3000 132 M3400 144 M3600
50
M345.0
100 150 200 250 300 400 600 800 1000 1200 1400 1500 1600 1800 2000 2100 2400 2700 3000 3300 3600 3900 4200 4500 4800 5100 5400 6000 6600 7200 7800 8400 9000 9600 10200 10800 11400 12000 13200 14400
M18 M26 M35 M44 M53 M70 M105 M140 M175 M210 M245 M263 M280 M315 M350 M368 M420 M473 M525 M578 M630 M683 M736 M788 M841 M893 M946 M1051 M1156 M1261 M1366 M1471 M1576 M1681 M1786 M1891 M1996 M2102 M2312 M2522
P!$$ C#a M689.0 100 150 &nmm @p T$n#$ S!$n<= # 200 M35 300 300 M53 450 400 M70 600 500 M88 750 600 M105 900 800 M140 1200 1200 M210 1800 1600 M280 2400 2000 M350 3000 2400 M420 3600 2800 M490 4200 3000 M525 4500 3200 M560 4800 3600 M630 5400 4000 M701 6000 4200 M736 6300 4800 M841 7200 5400 /4(D -100 6000 M1051 9000 6600 M1156 9900 7200 M1261 10800 7800 M1366 11700 8400 M1471 12600 9000 M1576 13500 9600 M1681 14400 10200 M1786 15300 10800 M1891 16200 12000 M2102 18000 13200 M2312 19800 14400 M2522 21600 15600 M2732 23400 16800 M2942 25200 18000 M3152 27000 19200 M3362 28800 20400 M3573 30600 21600 M3783 32400 22800 M3993 34200 24000 M4203 36000 26400 M4623 39600 28800 M5044 43200
p MkPa M1034.0 200 M1379.0 "? / n. ? d= )kN / m ? d=+ M53 400 M70 M79 600 M105 M105 800 M140 M131 1000 M175 M158 1200 M210 M210 1600 M280 M315 2400 M420 M420 3200 M560 M525 4000 M701 M630 4800 M841 M736 5600 M981 M788 6000 M1051 M841 6400 M1121 M946 7200 M1261 M1051 8000 M1401 M1103 8400 M1471 M1261 9600 M1681 10800 M1891 141/D M1576 12000 M2102 M1734 13200 M2312 M1891 14400 M2522 M2049 15600 M2732 M2207 16800 M2942 M2364 18000 M3152 M2522 19200 M3362 M2679 20400 M3573 M2837 21600 M3783 M3152 24000 M4203 M3468 26400 M4623 M3783 28800 M5044 M4098 31200 M5464 M4413 33600 M5884 M4728 36000 M6305 M5044 38400 M6725 M5359 40800 M7145 M5674 43200 M7565 M5989 45600 M7986 M6305 48000 M8406 M6935 52800 M9247 M7565 57600 M10087
250
M1724.0
500 750 1000 1250 1500 2000 3000 4000 5000 6000 7000 7500 8000 9000 10000 10500 12000 13500 15000 16500 18000 19500 21000 22500 24000 25500 27000 30000 33000 36000 39000 42000 45000 48000 51000 54000 57000 60000 66000 72000
M88 M131 M175 M219 M263 M350 M525 M701 M876 M1051 M1226 M1313 M1401 M1576 M1751 M1839 M2102 M2364 M2627 M2890 M3152 M3415 M3678 M3940 M4203 M4466 M4728 M5254 M5779 M6305 M6830 M7355 M7881 M8406 M8931 M9457 M9982 M10508 M11558 M12609
Fo$inal n. 27
Fo$inal n. 27
Pipe SiGe mm M700
M689.0 M1000.0 M1034.0 &nmm @p T$n#$ S!$n<= )kN / m ? d=+ M946 M1419 132D
kpa
Pipe SiGe mm M700
100 145.0 150.0 &nmm @p T$n#$ S!$n<= )#"? / n. ? d=+ 5400 8100 -32D
p
