1 1 1.1 ( - ) (Rubble Mound) (Floating Breakwater) (Skirt
Breakwater) (Wave Screen) (Kt = Ht/Hi) (Wave Transmission
Coefficient) 2 1.2 1. 2. 3. 1.3 1. 2. 3. 1.4 1. 2. ( ) 1 15 2554
1.5 1. 3 2. 3. - 4. 5. 6. 7. 4 2 ..2554-2555 2 ..2546-2547 38 10 (
(2540) (2546) 2.1) 2 54 5 ..2554-2555 3 - - - 2.1 (2546) ( 2.2) 3
1.5 ( 3.0 ) - 2.3 ( ) -1.90 -0.50 ( 1.40 ) 5 1.9 0.25 ( ) 0.30 0.45
( 35) 0.15 0.3 ( 20) 2.1
6 2.2
7 2.3
C@ 0.45
C@ 0.30 20
-
8 2.4 () 2 1.90 3.70 2 I 0.90x0.70 2.50 1.90 2.20 0.60 0.90 2.50
19.4 2.4 () 1.90 5.20 +1.30 2.50 0.6 1.0 42.6 - -1.4 2.5 36 - -1.4
+0.5 2 3.0 - +0.5 3 1.5 - +0.6 - 9 2.4
-
-10 2.2 (2550) 112 (Chart Datum) 10.0 2.5 2.42 (LLW: Lowest Low
Water) - (MHWS: Mean High Water Spring)3.83 - (MHWN: Mean High
Water Neap)3.37 - (MLWN: Mean Low Water Neap)1.54 - (MLWS: Mean Low
Water Spring)0.94 10.94 13.83 2.6 (2554) 3 19 2554 ( ) 2.7 (Mixed
Tide) - 2 1 11 2.5 12 2.6 +13.83 +10.94+10.00+0.00(MHWS +1.41M.
MSL)(MLWS -1.48 M. MSL(LLW -2.42 M. MSL)(SEABED -12.42 M. MSL)13
2.7 3 19 2554 ( ) 2.3 (2555) (07.00 19.00 .) 3 .. 2544-2553 (10 )
2.1 2.8 (SWS) (S) 22.66 21.53 (NE) 9.7 10 - 20 ( 42.15) 5 5 10
26.20 25.79 48 USACE (2002) (Simplified Method) 2.2 0.5 3.0 4.0
8.09 10.4 (Waverose) 2.9 ( 8.09 10.4 )
0.00.51.01.52.02.53.03.54.003/06 05/06 07/06 09/06 11/06 13/06
15/06 17/06 19/06Water Level14 2.1 .. 2544-2553 ()
0.0-5.05.1-10.010.1-20.020.1-30.030.1-40.0>40.0
N12.430.910.460.000.000.0013.79 NEN0.731.481.420.100.010.003.73
NE1.022.575.021.070.010.019.70 ENE0.691.563.040.930.020.006.24
E0.560.620.500.130.010.001.82 ESE0.230.180.100.020.000.000.53
SE0.140.180.180.020.000.000.51 SES0.290.400.440.040.000.001.17
S2.044.5913.201.700.000.0021.53 SWS2.646.5712.171.260.020.0022.66
SW1.372.382.870.260.010.006.89 WSW1.472.001.660.150.010.005.29
W0.960.850.500.050.000.002.36 WNW0.460.420.130.020.000.001.02
NW0.760.700.270.030.000.001.75 NWN0.410.380.200.020.000.001.01
26.2025.7942.155.780.080.01100.00 2.8 ..2544 2553 Wind speed
(knots)%N15 2.2 .. 2544-2553 Hmo (.) ( ) (
)0.1-0.50.5-1.01.1-2.02.0-3.03.0-4.04.1-5.05.1-6.06.1-7.07.1-8.08.1-9.09.1-10.0>10.0
0.00-0.502,106151,1402,297525 6,083 0.51-1.00 1692,432926 3,527
1.01-2.00 4441,093665716152 3,070 2.01-3.00 40146153 1,144 1,483
3.01-4.00 34610697474991,374 4.01-5.00 115 6259541,586 5.01-6.00 1
973974 6.01-7.00 161161 7.01-8.00 11 >8.00 22
2,106151,1402,4663,4012,0598159161671,2141,3722,59018,261 16 2.9
..2544-2553
17 3 (Submerge breakwater) (Floating breakwater) (Wave screen)
3.1 (Rubble Mound) USACE (1986) 3.1 (Core and Bedding Layer)
(Filter) (Armor) Hudson (1958) USACE (1986) (Stability coefficient)
(Layer coefficient) 26,500 / 8.0 1: 2 (Rough Angular) (Random) 2
967.5 kN/ 10.0 6.7 114 /1000 (Wave runup) 11.5 3.1 USACE (1986) 18
USACE (2002) (Phase) ( ) USACE (2002) Seelig (1980) (Wave
Transmission Coefficient) 19 (1) ( 3.2) C (2) Seelig (1980)
(ds/gT2) 0.03 0.006 B/h 0 3.2 3.2 Seelig (1980) |.|
\| =RFC Ct1 (1) 19 hBC11 . 051 . 0 = (2) Ct F () R () B h
(Diffraction) ( 3.3) USACE (1984) Wiegel (1962) 3.4 135 K (Incident
Wave) A 45 4 0.10 Seelig (1980) 20 3.3 USACE (2002)21 3.4 135
Wiegel (1962)A22 3.2 (Submerge Breakwater) USACE (2002) USACE
(2002) Van der Meer and Angremond (1992) (Ct) F/Hi 3.5 F (+) ()
F/Hi Van der Meer and Angremond (1992) F/D50, Hs/gT2, Hi/D50 B/D50
3.5 F/Hi
Van der Meer and Angremond (1992) 23 3.3 (Floating Breakwater)
USACE (2002) - Tsinker (1995) Macagno (1953) (3) Carr (1952) (H/L
< 0.04) (4) ( )(((((
|.|
\| |.|
\|+=LD hLLhBCttt2 coshsinh11(3) ((
|.|
\|+|.|
\|+=D hDLBCt1 11t(4) Ct h (/ ) L (/ ) D (/ ) B (/ ) 24 USACE
(2002) (Prism) 1 (Catamaran)2 Hales (1981) (Scrap tire)3 Giles and
Sorensen (1979) (W/L) 3.6 W/L 0.5 3.6 Hales (1981) Giles and
Sorensen (1979) Fousert (2006) (Hydrodynamic) -
1 Hales (1981) 4.88 1.07 7.6 2 Hales (1981) 1.07 1.42 6.4 7.6 3
Giles and Sorensen (1979) 12.8 3.96 Ct: Transmission coefficientW:
Width of floatingbreakwater L: Wave lengthPrismCatamaranTire
Assembly25 (Resonance) 4 ( 3.7) 3.7 (Sway) - (Draft) - - (Heave)- (
)
4 (Surge) (Pitch) heapSwaySurgeRollPitch26 - - - - (Mooring
line) (Roll) - - Fousert (2006) 9.5 17 20 60 28 -32 ( 3.8) 27 3.8
Fousert (2006) T < 9.5s T = 10sT = 14s T = 17sPlan28 3.4 5
(Perforated wall) (Vertical slot wall) (Horizontal slot wall) 3.4.1
Fugazza and Natale (1992) ( 3.9) - 3.9 Fugazza and Natale (1992)
Fugazza and Natale (1992) (KA) (Hr/Hi) 1/4 ( 3.10 ) Fugazza -
(Chamber)6
5 - Jarlan (1961) Fugazza and Natale (1992) 6
PerforatedWallImperviousWall29 (Cc: Contraction coefficient of
water jet) (r) 3.10 Fugazza and Natale (1992) 3.4.2 Shepsis (2007)
(Perforated vertical breakwaters) 12 1.4 - 2.5 7 15 0.5 3 30 1 () 2
() 16.4 2 3 ( ) 1.3 (Kt) 1-D Multi-wallPorous Breakwater Model
Grune and Kohlhase (1974) ABAM (1993) 3.11 (R2 > 0.99) 3 (R2 =
0.6674) (Kr) 3.12 2 3 (R2 2 = 0.7276 0.0293 3 ) 1-D Multi-wall
Porous Breakwater Model Shepsis (2007) 3 3.12 R2 0.3278 3 31 3.11
Grune and Kohlhase (1974) ABAM (1993) 3.12 Grune and Kohlhase
(1974) ABAM (1993) 32 3.13 Shepsis (2007) 3 6.1 (20 ) Shepsis
(Sheet pile) 3 1 ( 25%) (Hr/Hi) 3.14 (Hr/Hi = 1.0) (Hr/Hi = 2.0)
(0) () () 3.14 Shepsis (2007) 3.4.3 Suh et al. (2006)
(Pile-supported vertical wall) b d h a/A Hi e 1 2 3.14
(Incompressible fluid) (Irrotational) (Velocity potential) (Laplace
equation) 33 3.15 (5) (9) 3.15 Suh et al (2006) 02222=c u c+c u cz
x(5) 02= u cu cg zeat z = 0(6) 0 =cu cz at z = -h(7) 02 1=cu c=cu
cx x for0 s s z d , x = 0(8) ( )2 12 1u u =cu c=cu ciGx xford z h s
s , x = 0(9) 2a2A12hdbHixz34 i ( 1 = i ) G (Permeable parameter)
Suh et al (2006) Mei et al. (1974) ( | ) (e ) ( l ) (10) (10)
(Phase difference) (Inertia effect) ilG=e|1(10) (5), (6) (7)
(Eigenfunction Expansion Method) 1 2 (11) (12) m (dispersion
relation) iu (13) ( ) | | ( )=+ u = u01exp cosmm m m ix z h A (11)
( ) | | ( )= + + u = u02exp cosmm m m ix z h A (12) ( ) | | ( ) ikx
z h kiexp cosh + = u (13) (8), (9) (10) (tC ) (rC ) (lC ) (14) (15)
A0 (11) (12) 01 A Ct+ = (14) 0A Cr = (15) 2 21t r lC C C = (16) 35
104 3.7 4.6 2.4 7.15 7.15 ( 50%) (Regular wave) 1.5 4.0 0.5 (H/L)
0.03 (Irregular wave) (Peak wave period: Tp) 9.5 49.7 (d/h) 0.2 0.6
kh ( k wave number = 2/L h ) (h/L) (ds/h) 3.16 3.16 Suh et al.
(2006) 1 2 3 4 51 2 3 4 5kh khexperimentd/h = 0.2d/h = 0.4d/h =
0.6Theoryd/h = 0.2d/h = 0.4d/h = 0.636 3.4.4 Rageh and Koriam
(2010) (Vertical wall with horizontal slots) 3.17 Suh et al (2006)
(Expanded Eigenfunction Method) (Velocity potential) (Boundary
conditions) 3.17 Rageh and Koriam (2010) 15 4.9 10.4 60 60 ( 50)
Rageh and Koriam (2010) Froude Number7
7 Froude number
V g L (Munson (2010)) 37 1: 30 0.5 0.9 1.9 2 2 0.1 0.26 5.5 3.18
(D/h) (h/L) 3.18 Hi/gT2 h/L (h/L) (kt) (kr) (kd)8 3.19 Rageh and
Koriam (2010) (kt) (h/L) (D/h) ( )
8 3.20 38 3.18 (D/h) (h/L) Rageh and Koriam (2010) 3.19 (Hi/gT2)
(h/L) Rageh and Koriam (2010) 39 3.20 (h/L) Rageh and Koriam (2010)
Balaji and Sundar (2002) Rageh and Koriam (2010) 2 (Double
Wavescreen) Balaji and Sundar (2002) 72.5x2.0x2.7 0.95 2 ( B) 0.5
2.0 0.5 160 5.9% 23.8% 5.9% DSB1 DSB2 2 ( 3.21) (Peak spectrum)
(Peak period: Tp) 1.0 2.0 0.2 Tp (B/L) 0.97 1.28 3.21 Balaji and
Sundar (2002) Balaji and Sundar (2002) 3.22 (B/L) 40 (B/d) 0.5 B/d
1.58 2.11 ( DSB1 DSB2) 3.22 (Kt) (B) (Lp) (d) Balaji and Sundar
(2002) 3.23 Balaji and Sundar (2002) 41 (B/Lp) (B/d) 0.53 B/d B/d
1.58 2.11 3.23 (B) (Lp) (d) Balaji and Sundar (2002) Krishnakumar
et al. (2010) Balaji and Sundar (2002) 72.5 2 42 2.7 0.95 0.5 1.0
(Hz) 0.1 3 0.05 0.10 0.15 5 0.5 ( 9.1%) 2 9.1% 2 2 9.1% 23.1% ( 1.5
) 0.5 0.25 1.0 0.25 (h/L) 1.0 ( ) (Regression analysis) (R2) 0.99
(17) |.|
\| |.|
\| |.|
\| =LhhdLHKs it17 . 0 12 . 0 23 . 1 81 . 0(17) Kt Hi L ds h 43
(Hc/Hi)9 1.0 (h/L) 0.3 (B/L) 0.16 0.4 0.2 0.92 (18) |.|
\| |.|
\| |.|
\| =LhhdLHKs it15 . 0 08 . 0 15 . 1 73 . 0(18) 3.4.5 Rageh O.S.,
and Koriam A.S. (2010) ..1947 20 ( 3.1) (Kt) (Kr) (Kd) (Run up)
(Regular wave) (Irregular wave) Navier Stokes (Empirical)
9 Hc (chamber) 2 Hi (incident wave) 44 3.1 ( ( flume ) 1Ursell
(1947)Semi-immersed, thin, vertical, solid barrier KtDeep water
theory-Regularkh = 0.2 2.0 D/h = 0 0.95 2Wiegel
(1960)Semi-immersed, thin, vertical, solid barrier KtPower
theory10x0.3x1.2 h = 0.8 Regularkh = 0.2 2.0 D/h = 0 0.95 3Liu and
Abbsorp. 1982Semi-immersed, thin, sloped, solid barrier Kt, Kr and
forcesBoundary integral equation -Regularkh = 0.2 2.0 D/h = 0 0.95
u = - 45 - 45 4Kriebel (1992)Single thin, vertical, slotted
barriers Kt and forcesEmpirical equation-Regularh/L > 0.5 Hi/L =
0.025 0.07 e= 0.1 0.5 5Reddy and NeelamaniSemi-immersed, thin,
vertical, solid barrier Kt and KrPower theory10x0.3x1.2 h = 0.8
Regularh/L = 0.8 2.5 Hi/L = 0.005 0.14 D/h = 0.06 0.5 6Abul-Azm
(1993)Semi-immersed, thin, vertical, solid barrier Kt and KrEigen
function expansion -Regularkh = 0.2 6.0 D/h = 0 1.0 45 ( ( flume )
7Mani and Jayakumar (1995)Single suspended pipe breakwater Kt and
forces-30x2.0x1.5 h = 1.0 RegularHi/gT2 = 0.002 0.016 D/h = 0.26
0.56 e= 0.1 0.5 8Heikal (1997)Semi-immersed, thin, vertical, solid
barrier Kt and H/Hi distribution Eigen function expansion
15x0.3x0.8 h = 0.5 Regular2h/g = 0.1 2.0 D/h = 0.2 0.8 Sb = 0, 1
and 2% 9Isaacson et al. (1998)Semi-immersed, thin, vertical,
slotted barrier Kt, Kr, Kd, Rup and forces Eigen function expansion
20x0.62x1 h = 0.45 Regular and irregular kh = 0.6 2.5 Hi/L = 0.02
0.09 D/h = 0.5 and 1.0 e = 0.11 1.0 10Mani (1998)Single suspended
pipe breakwater Kt and forcesEmpirical equation30x2.0x1.5 h = 1.0
RegularHi/gT2 = 0.003 0.022 D/h = 0.26 0.56 e= 0.11 1.0 11Clauss
and Habel (1998)Under filter systemKt, Kr and KdReynolds Average
Navier Stokes equation 80x4.0x2.5 h = 0.45 Regular and irregular
Hi/gT2 = 0.01 0.05 ds/h = 0.4 1.2 e= 0.0 0.5 12Isaacson et al.
(1999)Semi-submersed vertical, slotted double barrier Kt, Kr, Kd,
Rup and forces Eigen function expansion 20x0.62x1 h = 0.45
Regularkh = 0.5 2.5 Hi/L = 0.07 D/h = 0.5 and 1.0 46 ( ( flume )
B/h = 0.22, 0.55, 1.1 e = 0, 5, and 10% 13Bergmann (2000)Thin,
vertical screen single, double, and triple barriers (horizontal
slots) Kt, Kr, Kd, pressure and forces -307x5x7 h = 3.25 4.75
Regularh/L = 0.05 0.183 Hi = 0.5 1.5 m T = 4.5 12 s e = 11 40.5%
14Abdel-Mawla and Balah (2001)Thin, vertical and sloped slotted
double and triple barriers Kt, Kr and Kd-13x0.3x0.5 h = 0.3
RegularHi/gT2 = 0.001 0.016 e= 0.3, 0.15 u = 45 15Balaji and Sundar
(2002)Double screen (double rows of horizontal pipes) Kt, Kr, Kd,
and pressure -72.5x2x2.7 h = 0.95 RegularB/L = 0.2 0.65 B/d = 0.53
2.11 e = 0.238, 0.059 16Galal (2002)Single and double suspended
pipe breakwater Kt, Kr and Kd-13x0.3x0.5 h = 0.3 RegularHi/gT2 =
0.002 0.018 D/h = 0.26 0.56 e= 0.18, 0.41 u = 45, 90 17Koether
(2002)Triple underwater filter system Kt, Kr, and forces-307x5x7 h
= 4.0 5.0 Regular and irregular B/L = 0.25 1.25 Hi = 0.5 1.5 m 47 (
( flume ) (horizontal slots)T = 3 12 s e = 0 43% 18Sundar and
SubbaraoQuadrant front face pile supported breakwater Kt, Kr, Kd,
pressure and forces -72.5x2x2.7 h = 0.8, 0.9, 1.0 Regularka = 0.6
2.0 D/h = 0.3 0.45 e = 0.5, 0.75, 0.83 19Rao et al. (2003)Suspended
pipe breakwater Kd-50x0.71x1.1 h = 0.4, 0.5 RegularHi/gT2 = 0.007
0.01 D/h = 0.1 0.6 e= 0, 0.125, 0.25 20Koriam (2005)Single and
double rows of vertical circular and square piles KtEigen function
expansion 15x0.3x0.5 h = 0.15, 0.2, 0.25 Regularkh = 0.25 2.25 Hi/L
= 0.005 0.06 B/d = 3.6 e = 0.1 0.45 21Suh et al. (2006)Pile
supported vertical single wall (square piles) Kt, Kr, Kd, Rup and
forces Eigen function expansion 104x3.7x4.6 h = 2.4 Regular and
irregular kh = 0.9 4.2 Hi/L =0.003 D/h = 0.2 0.6 e = 0.5 22Huang
(2007)Single and double thin vertical, slotted barriers Kt and
KrEigen function expansion 12x0.3x0.5 h = 0.3 Regularkh = 1.0 2.5
Hi/L = 0.01 0.04 B/L = 0.05 0.5 48 ( ( flume ) e = 0.1 0.3 23Laju
et al. (2007)Pile-supported vertical double wall (circular pile)
Kt, Kr, Kd and Rup Eigen function expansion 72.5x2x2.7 h = 1.0
Regularkh = 1.0 4.0 B/h = 0.5, 1.0 D/h = 0.1 0.5 e = 0.25 24Suh et
al. (2007)Pile supported vertical single wall (circular piles) Kt,
Kr, Kd, Rup and forces Eigen function expansion 104x3.7x4.6 h = 2.4
Regular and irregular kh = 0.9 4.2 Hi/L = 0.003 D/h = 0.2 0.6 e =
0.5 25Krishnakumar et al. (2008)Partially submerged slotted wave
screen Kt, Kr, Kd and pressureBoundary integral equation 72.5x2x2.7
h = 0.95 Regular and random wave D/h = 0.3, 0.5, 1.0 Hi = 0.05 0.25
m T = 1 2.5 s e = 16.7, 9.1% 26Koutandos (2009)Vertical
semi-immersed slotted barrier Kt, Kr, Kd and kinenatics velocity
Reynolds average NavierStokes equation 20x0.62x1 h = 0.45 Regularkh
= 0.6 2.5 Hi/L = 0.02 0.09 D/h = 0.5 and 1.0 e = 0.05 0.5 27Rageh
O.S., and Koriam Vertical walls with horizontal slots Kt, Kr and
KdEigen function expansion 15x1x1 h = 0.5 RegularHi/gT2 = 0.002
0.012 h/L = 0.15 0.4 49 ( ( flume ) A.S. (2010) D/h = 0.15 0.4 : 1
26 Rageh O.S., and Koriam A.S. (2010) 27 A: Radius of the quadrant
front face (Sundar and Subbarao (2002)) B: Space between the double
row d: Pipe or pile diameter ds: Height of the filter system
(Clauss and habel (1999)) sb: seabed slope (Heikal (1997)) u:
breakwater inclination angle 50 4 - 4 3 - - - 4.1 2 (Sontek Inc.)
(Triton ADV) (JFE Advance Tech) - (AWH-USB) 4.1.1 Sontek (2001) (
4.1) - 51 0.1% 1.5 4.1 4.1.2 - JFE Advance Tech (2000) - ( 4.2) 10
0 25
10
52 0.0005 0.1% 0.1 600 1 1440 4.2 - 4.2 3 2554 19 2554 0.5 ( )
53 4.3 ( 20 )11 10 ( ) ( ) 1 ( ) - - 3 2554 18.00 1 1024 12 776 (
1800 ) 480 / 13
11 - 12 13 600 / 54 19 2554 4.4 10 55 (1) (2) (3) (4) 4.3
56 (1) (2) 4.4 4.3 3 - - - (L) - (Hi/L), (Hi/gT2), (h/L) (B/L)
(Draft) (ds/h) (ds/L)
57 Journe and Massie (2001) 1024 (zn) (o) (19) (H1/3) (20) (Ht)
(Hi) (21) ==NnnN1211, o(19) o 43 / 1= H(20) ittHHK= 4.5 3 19 2554
(Linear Theory) 2 (Stokes 2 Order) (Dispersion) (Trial and error)
(22) |.|
\|=Ld gTLtt2tanh22(22) 58 4.5 3 19 2554 2gTH2gTd 59 5 7 - - - -
- - - 5.1 5.1.1 1. 3 2554 18.00 19 08.30 30 750 2. 5.7 87.3 33.9
5.1 3. 4.1 6.3 5.2 4. 12.5 240.1 ( ) 170 190 ( ) 5.3 5. 12.13 15.82
5.4 60 5.1 5.2 0.010.020.030.040.050.060.070.080.090.0100.03/6 8/6
13/6 18/6Hs (cm) 012345673/6 8/6 13/6 18/6Tp (s) 61 5.3 5.4
0501001502002503003/6 8/6 13/6 18/6Degree from N
0.002.004.006.008.0010.0012.0014.0016.0018.003/6 8/6 13/6 18/6
m) 62 5.1.2 - 1. 3 2554 18.00 19 08.30 30 750 2. 12.06 15.66 5.5
3. 4.3 2.0 25.5 10.7 5.6 5.5 - 0246810121416183/6 8/6 13/6 18/6
m) 63 5.6 5.2 - 1. - - ( 5.7) 2. (Range) 3.69 (12.13 15.82) -
3.60 (12.06 15.66) 15 3. 0.05.010.015.020.025.030.03/6 8/6 13/6
18/6Hs
cm) 64 5.7 - Kt 1.0 13.6 14 5.3 4 6 ( 5.1) - 2 (Hi/L) (Hi/(gT2))
- 1 (h/L)
14 0.30 0.45 0.15 (skirt breakwater)
11.012.013.014.015.016.017.03/6 4/6 5/6 6/6 7/6 8/6 9/6 10/6 11/6
12/6 13/6 14/6 15/6 16/6 17/6 18/6Water depth
m)Date/monthTriton ADVAWH-USB65 - 2 (B/L) (ds/L) - 1 (ds/h) 5.1
Hi/L, Hi/(gT2) h/L B/L, ds/L ds/h 1. 139.0 222.7 15 186.7 185 195
5.8 135 4 87.7 2. 13.62 15.82 14.67 5.9 12.6 14.0
15 135 4 87.7 66 5.8 5.9
050100150200250300135-145145-155155-165165-175175-185185-195195-205205-215215-225
020406080100120140
67 4 ( 5.2) - 2 ( 14.0 ) 0 45 9 - 2 ( 14.0 ) 45 90 45 - 3 ( 14.0
) 0 45 72 - 3 ( 14.0 ) 45 90 388 5.2 0 45 45 90 2 94554 3 72388460
81433514 : 51.7 5.4 4.3 1. (L) 28.7 54.9 33.9 30.0 35.0 5.10 2. 68
(Hi/L) 0.0019 0.0291 0.0101 0.010 0.0101 5.11 3. (h/L) 0.2839
0.4917 0.4378 0.450 0.475 5.12 4. (ds/h) 0.0750 0.2035 0.1401 0.135
0.145 5.13 5. (ds/L) 0.0237 0.0979 0.0616 0.060 0.070 5.14 6. (B/L)
0.0273 0.1045 0.0495 0.045 0.055 5.15 7. (Hi/gT2) 0.0001 0.0013
0.0005 0.00025 0.00035 5.16 8. 0.1107 0.9949 0.3320 0.2 0.3 5.17
5.10 010020030040050025-30 30-35 35-40 40-45 45-50 50-55
69 5.11 (Hi/L) 5.12 (h/L)
01020304050600.001-0.0020.002-0.0030.003-0.0040.004-0.0050.005-0.0060.006-0.0070.007-0.0080.008-0.0090.009-0.0100.010-0.0110.011-0.0120.012-0.0130.013-0.0140.014-0.0150.015-0.0160.016-0.0170.017-0.0180.018-0.0190.019-0.0200.020-0.0210.021-0.0220.022-0.0230.023-0.0240.029-0.030
Hi/L02550751001251501752000.275-0.3000.300-0.3250.325-0.3500.350-0.3750.375-0.4000.400-0.4250.425-0.4500.450-0.4750.475-0.500
h/L70 5.13 (ds/h) 5.14 (ds/L)
02550751000.075-0.0850.085-0.0950.095-0.1050.105-0.1150.115-0.1250.125-0.1350.135-0.1450.145-0.1550.155-0.1650.165-0.1750.175-0.1850.185-0.1950.195-0.205
ds/h02550751001251501750.02-0.030.03-0.040.04-0.050.05-0.060.06-0.070.07-0.080.08-0.090.09-0.10
ds/L71 5.15 (B/L) 5.16 Hi/(gT2) 050100150200250300350
B/L020406080100120
Hi/(gT2)72 5.17 Kt 5.5 Kt (Correlation) 5.3 5.18 - 5.23 1. Kt
Hi/L 5.18 Hi/L 0.01 ( Kt 0.1 1.0) Hi/L Hi/L 0.01 5.3 -0.521 Kt Hi/L
2. Kt Hi/(gT2) 5.19 5.3 0.486 020406080100120140160180
Kt73 Kt Hi/(gT2) 74 5.3 KtHi/LHi/(gT2)B/Lh/Lds/hds/L
KtCorrelation1-.521.486.232.192-.125-.029 Sig.
(2-tailed).000.000.000.000.004.505
Hi/LCorrelation-.5211.360.035-.207-.109-.173 Sig.
(2-tailed).000.000.422.000.013.000 Hi/(gT2)
Correlation.486.3601.362-.071-.392-.358 Sig.
(2-tailed).000.000.000.106.000.000
B/LCorrelation.232.035.3621.150-.604-.444 Sig.
(2-tailed).000.422.000.001.000.000
h/LCorrelation.192-.207-.071.1501.214.558 Sig.
(2-tailed).000.000.106.001.000.000
ds/hCorrelation-.125-.109-.392-.604.2141.925 Sig.
(2-tailed).004.013.000.000.000.000
ds/LCorrelation-.029-.173-.358-.444.558.9251 Sig.
(2-tailed).505.000.000.000.000.000 5.18 Hi/L Kt 0.00.20.40.60.81.00
0.005 0.01 0.015 0.02 0.025 0.03 0.035KtHi/L75 5.19 Hi/(gT2) Kt 3.
Kt B/L ( ) 5.20 2 ( B 2 1.5 3.0 ) B/L B/L 3 B/L Kt 4. Kt h/L ( )
5.21 h/L 0.5 USACE (2002) 16 4 h/L Kt
16 USACE (2002) h/L > 0.5 h/L < 0.05 0.00.20.40.60.81.00
0.0002 0.0004 0.0006 0.0008 0.001 0.0012 0.0014 0.0016KtHi/(gT2)76
5.20 B/L Kt 5.21 h/L Kt 0.00.20.40.60.81.00 0.02 0.04 0.06 0.08 0.1
0.12KtB/L0.00.20.40.60.81.00 0.1 0.2 0.3 0.4 0.5 0.6Kth/L77 5. Kt
ds/h ( ) 5.22 Kt ds/h 6. Kt ds/L ( ) 5.23 ds/h 5.22 ds/h Kt
0.00.20.40.60.81.00 0.05 0.1 0.15 0.2 0.25Ktds/h0.00.20.40.60.81.00
0.02 0.04 0.06 0.08 0.1 0.12Ktds/L78 5.23 ds/L Kt 5.6 (Kt) 4 5.3 -
2 0 45 - 2 45 90 - 3 0 45 - 3 45 90 Kt ( ) Kt Kt Kt (Partial
correlation) 5.4 5.3 Kt B/L ds/h ds/L ds/h 5.3 10 ds/L 2 B/L 79
(Co-corelation) 80 5.4 Kt Ktds/Lds/hB/L
Hi/LKtCorrelation1.000-.142-.215.294 Significance
(2-tailed)..001.000.000 ds/LCorrelation-.1421.000.925-.445
Significance (2-tailed).001..000.000
ds/hCorrelation-.215.9251.000-.604 Significance
(2-tailed).000.000..000 B/LCorrelation.294-.445-.6041.000
Significance (2-tailed).000.000.000.
h/LKtCorrelation1.000-.168-.174.210 Significance
(2-tailed)..000.000.000 ds/LCorrelation-.1681.000.994-.643
Significance (2-tailed).000..000.000
ds/hCorrelation-.174.9941.000-.659 Significance
(2-tailed).000.000..000 B/LCorrelation.210-.643-.6591.000
Significance (2-tailed).000.000.000. Hi/L &
h/LKtCorrelation1.000-.236-.241.283 Significance
(2-tailed)..000.000.000 ds/LCorrelation-.2361.000.994-.641
Significance (2-tailed).000..000.000
ds/hCorrelation-.241.9941.000-.657 Significance
(2-tailed).000.000..000 B/LCorrelation.283-.641-.6571.000
Significance (2-tailed).000.000.000. 81 (Nonlinear equation) 1 6 (
) 95% ( Significance 0.05) 90% (Significance 0.10) 1 0 0 4 Hi/L,
Hi/(gT2), B/L ds/h 5.3 5.4 (23) (24) AhdLHLBgTHC Ks iit+|.|
\||.|
\||.|
\|||.|
\|=2(23) AT gdBhC Kst+ =2(24) C= A= 2 0 45 R2 = 0.947 (25) 5.5
R2 = 0.957 (26) 5.6 82 5.24 2421 . 654 302 . 2 064 . 53 377 .
0gTHLBLHKi it+ + = (25) 189 . 0 088 . 42 + =T gdBhKst(24) 5.5 2 0
45 DescriptionUnstandard CoefficientStd. Coeff.tSig. BStd ErrorBeta
(Constant).377.259 1.452.206 Hi/L-53.06412.427-.507-4.270.008
B/L2.3022.309.139.997.364 Hi/gT2654.421147.257.4914.444.007 5.6 2 0
45 ParameterEstimateStd. Error95% Confidence Interval Lower
BoundUpper Bound C4.088.3263.3174.860 A.189.040.095.283 83 5.24 2 0
45 2 45 90 R2 = 0.855 (27) 5.7 R2 = 0.912 (28) 5.8 5.25 LBLHgTHKi
it154 . 2 393 . 27 966 . 534 157 . 02+ + = (27) 088 . 0 534 . 42 +
=T gdBhKst(28) 5.7 2 45 90 DescriptionUnstandard CoefficientStd.
Coeff.tSig. BStd ErrorBeta (Constant).157.090 1.746.088
Hi/gT2534.96641.405.80912.920.000 Hi/L-27.3932.372-.700-11.550.000
B/L2.154.982.1312.195.034 0.000.200.400.600.801.000.00 0.20 0.40
0.60 0.80 1.00MeasurePredictlinear equationnonlinear equation84 5.8
2 45 90 ParameterEstimateStd. Error95% Confidence Interval Lower
BoundUpper Bound C4.534.2154.1004.967 A.088.016.056.120 5.25 2 45 -
90 3 0 - 45 R2 = 0.795 (29) 5.9 R2 = 0.797 (30) 5.10 5.26 |.|
\|+||.|
\|+ |.|
\| =LdgTHLHKs i it724 . 2 985 . 878 569 . 46 217 . 02(29)
0.00.20.40.60.81.00.0 0.2 0.4 0.6 0.8 1.0MeasurePredictlinear
equationnonlinear equation85 126 . 0 678 . 152 + =T gdBhKst(30) 86
5.9 3 0 45 DescriptionUnstandard CoefficientStd. Coeff.tSig. BStd
ErrorBeta Constant.217.092 2.373.020
Hi/L-46.5693.199-.867-14.558.000
Hi/(gT2)878.98564.721.83513.581.000 ds/L2.7241.063.1432.564.013
5.10 3 0 45 ParameterEstimateStd. Error95% Confidence Interval
Lower BoundUpper Bound C15.678.94713.79117.566 A.126.025.075.176
5.26 3 0 - 45 0.00.20.40.60.81.00.0 0.2 0.4 0.6 0.8
1.0MeasurePredictlinear equationnonlinear equation87 3 45 - 90 R2 =
0.785 (31) 5.11 R2 = 0.885 (32) 5.12 5.27 LdgTHLHKs i it314 . 1 724
. 707 007 . 33 258 . 02 + + = (31) 064 . 0 979 . 142+ =T
gdBhKst(32) 5.11 3 0 45 DescriptionUnstandard CoefficientStd.
Coeff.tSig. BStd ErrorBeta (Constant).258.026 9.844.000
Hi/L-33.0071.031-.820-32.018.000 Hi/gT2707.72423.379.80530.272.000
ds/L1.314.333.0973.950.000 5.12 3 45 - 90 ParameterEstimateStd.
Error95% Confidence Interval Lower BoundUpper Bound
C14.979.27414.44015.519 A.064.005.053.074 88 5.27 3 45 - 90 5.7 5.4
3 19 2555 0.1107 0.9949 ( 5.27) 0.3320 1.0 0.005 0.8893 0.6680 0.5
88.9 66.8 0.00.20.40.60.81.00.0 0.2 0.4 0.6 0.8
1.0MeasurePredictlinear equationnonlinear
equation-20%0%20%40%60%80%100%0.00.20.40.60.81.03/6 5/6 7/6 9/6
11/6 13/6 15/6 17/6efficiencyKtd/mKt efficiency89 5.28 6 1. (Kt)
Hi/L, Hi/(gT2), B/L, h/L, ds/h ds/L 2. Kt (- ) 3 Hi/(gT2), B/L h/L
(- ) 3 Hi/L, ds/h ds/L 3. ( Kt 0.1 1.0) (h/L) 0.5 h/L 4. Kt 0.797
0.957 (24) (C) (A) (6.1) 5. Kt 6. Hi/L 0.0019 0.0291, h/L 0.2839
0.4917, ds/h 0.0750 0.2035, ds/L 0.0237 0.0979, B/L 0.0273 0.1045
Hi/(gT2) 0.0001 0.0013 35% 20% 7. 3 19 2554 0.5 88.9 66.8 AT gdBhC
Kst+ =2(24) 90 6.1 Kt CAR2 2 0 45 4.0880.1890.957 2 45 - 90
4.5340.0880.912 3 0 45 15.6780.1260.797 3 45 - 90 14.9790.0640.885
1. 2. 3. 4. / 91 1. , 2546, , , 1 - 118 2. , 2554, 429201 ( )
..2544 2553 3. , 2540, , 19, 112 4.Balaji, R. and Sundar, V., 2002,
Hydraulic Performance of Double Screen Breakwaters [Online],
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Breakwaters, Journal of Waterway, Ports, Costal, and Ocean
Engineering, Vol. 118, No. 1, pp. 1 14 6.Fousert, M. W., 2006,
Floating Breakwater: A Theoretical study of a dynamic wave
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University of Technology Faculty of Civil Engineering and
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Advance Tech Co., Ltd., 2000, AWH-USB Specification [Online],
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J.M.J. and Massie, W.W., 2001, Offshore Hydrodynamics, Delft
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110-2-2904: Design of Breakwaters and Jetties, Department of the
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Engineering Manual EM 110-2-1100: Coastal Engineering Manual,
Department of the Army, U.S. Army Corps of Engineers, Washington
DC, pp. II-2-37 to II-2-47 93 94 3 - 19 ..2554 95 No m/d/yy hh:mm
WD (m) Hi (cm) Tp (s) Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m)
Hi (cm) Tp (s) Direction (deg) Ht (cm) 16/3/11
18:0015.416.04.6222.0612.13766/11/11 13:3014.2935.74.6182.286.7
26/3/11 18:3015.576.14.6197.299.93776/11/11
14:0014.2737.24.6186.196.0 36/3/11
19:0015.726.74.6177.85.63786/11/11 14:3014.2736.94.6187.376.9
46/3/11 19:3015.797.14.6182.022.43796/11/11
15:0014.1839.84.6184.735.9 56/3/11
20:0015.817.34.6203.782.73806/11/11 15:3014.1630.94.7186.425.1
66/3/11 20:3015.768.24.6121.564.23816/11/11
16:0014.1332.54.4186.75.6 76/3/11
21:0015.699.64.6188.318.03826/11/11 16:3014.0229.74.4181.854.9
86/3/11 21:3015.5510.04.6171.799.93836/11/11
17:0014.0528.44.6186.365.3 96/3/11
22:0015.4012.24.6179.218.73846/11/11 17:3014.1232.34.4182.637.7
106/3/11 22:3015.2510.44.6183.538.43856/11/11
18:0014.1032.04.6182.326.4 116/3/11
23:0015.1312.64.614.769.83866/11/11 18:3014.0532.44.4180.246.7
126/3/11 23:3014.9211.04.6191.096.83876/11/11
19:0014.0540.44.4188.048.8 136/4/11
0:0014.8811.74.6188.286.43886/11/11 19:3014.1649.74.4192.9910.5
146/4/11 0:3014.7412.54.6191.754.53896/11/11
20:0014.2746.44.6189.5212.9 156/4/11
1:0014.7416.24.4183.383.13906/11/11 20:3014.4545.14.4188.6510.2
166/4/11 1:3014.7015.34.4185.612.83916/11/11
21:0014.5140.24.4184.4710.1 176/4/11
2:0014.7015.94.4183.022.93926/11/11 21:3014.7247.04.6182.819.8
186/4/11 2:3014.7314.64.4181.464.63936/11/11
22:0014.8742.64.6181.158.6 196/4/11
3:0014.7812.34.6179.314.33946/11/11 22:3014.9845.14.6185.538.3
206/4/11 3:3014.839.34.6182.865.63956/11/11
23:0014.9840.54.6189.867.0 216/4/11
4:0014.8714.04.6187.394.03966/11/11 23:3015.1340.24.6188.136.2
226/4/11 4:3014.9016.14.6188.072.83976/12/11
0:0015.1536.24.9183.45.6 236/4/11
5:0014.8920.04.6197.733.23986/12/11 0:3015.1536.64.7184.215.8
246/4/11 5:3014.8820.04.6184.546.43996/12/11
1:0015.0740.74.7181.348.5 256/4/11
6:0014.7918.94.6190.515.04006/12/11 1:3015.0540.34.6189.169.6
266/4/11 6:3014.7029.24.4193.719.54016/12/11
2:0014.9039.24.9186.5613.9 276/4/11
7:0014.5530.34.4187.2112.04026/12/11 2:3014.7540.15.3187.8612.4
286/4/11 7:3014.3722.64.4181.3713.14036/12/11
3:0014.5343.54.7179.0519.8 296/4/11
8:0014.1621.04.6177.3514.84046/12/11 3:3014.3842.25.3180.4215.0
306/4/11 8:3013.8919.34.4172.0215.64056/12/11
4:0014.1144.94.9180.318.5 316/4/11
9:0013.6919.94.3177.2816.24066/12/11 4:3013.9248.15.3179.8915.1
326/4/11 9:3013.4818.44.6173.5814.74076/12/11
5:0013.7345.54.7184.2813.5 336/4/11
10:0013.1815.14.3168.214.24086/12/11 5:3013.5745.64.4184.2910.4
346/4/11 10:3013.0116.14.6175.4913.74096/12/11
6:0013.4245.34.4191.7411.6 356/4/11
11:0012.8216.64.3178.912.94106/12/11 6:3013.4143.94.4184.2412.1
366/4/11 11:3012.6919.24.6185.88.74116/12/11
7:0013.2846.74.3186.59.8 96 No m/d/yy hh:mm WD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) 376/4/11
12:0012.5621.84.3179.265.14126/12/11 7:3013.2244.34.3185.9510.7
386/4/11 12:3012.5220.94.1176.893.44136/12/11
8:0013.1349.54.4186.0810.4 396/4/11
13:0012.5321.84.3191.36.04146/12/11 8:3013.2346.84.6191.3211.6
406/4/11 13:3012.6321.34.1180.0510.44156/12/11
9:0013.2862.64.4191.4813.4 416/4/11
14:0012.7723.94.1179.6815.14166/12/11 9:3013.4575.84.7188.0615.4
426/4/11 14:3013.0018.74.3185.8815.14176/12/11
10:0013.4976.94.4186.216.3 436/4/11
15:0013.2321.04.3175.8219.04186/12/11 10:3013.6977.84.7191.6919.2
446/4/11 15:3013.5521.74.3187.2920.04196/12/11
11:0013.8787.34.4184.0716.2 456/4/11
16:0013.8216.54.4181.3221.94206/12/11 11:3014.0870.54.9185.4115.9
466/4/11 16:3014.1818.14.4179.5821.94216/12/11
12:0014.1859.74.4179.7910.2 476/4/11
17:0014.5016.64.4177.0121.04226/12/11 12:3014.2468.64.7183.6411.7
486/4/11 17:3014.8110.94.6179.7918.04236/12/11
13:0014.3674.04.9190.5914.9 496/4/11
18:0015.0612.64.6173.216.44246/12/11 13:3014.3376.34.9184.4714.8
506/4/11 18:3015.3211.44.6194.6112.74256/12/11
14:0014.5170.75.1187.7714.8 516/4/11
19:0015.4912.74.6167.3412.64266/12/11 14:3014.5959.74.7187.7713.3
526/4/11 19:3015.6210.24.6177.267.44276/12/11
15:0014.6352.24.7189.1411.1 536/4/11
20:0015.7611.34.6171.395.04286/12/11 15:3014.6849.44.9185.5112.5
546/4/11 20:3015.8211.04.6184.172.54296/12/11
16:0014.6449.44.4192.2210.3 556/4/11
21:0015.7916.64.6169.194.24306/12/11 16:3014.6346.25.1193.4910.2
566/4/11 21:3015.6815.44.6189.527.24316/12/11
17:0014.6748.44.7189.7910.6 576/4/11
22:0015.6316.14.6186.078.14326/12/11 17:3014.6644.95.1190.8211.0
586/4/11 22:3015.4917.34.6200.6610.34336/12/11
18:0014.5747.65.1189.7512.0 596/4/11
23:0015.3422.84.6192.88.34346/12/11 18:3014.4845.95.3186.1810.6
606/4/11 23:3015.2323.94.6170.649.04356/12/11
19:0014.5540.14.4187.349.1 616/5/11
0:0015.0834.64.6195.076.84366/12/11 19:3014.4942.85.1184.958.6
626/5/11 0:3014.9934.84.6193.247.24376/12/11
20:0014.4933.74.6187.837.7 636/5/11
1:0014.8943.04.6194.145.54386/12/11 20:3014.5633.85.1188.296.3
646/5/11 1:3014.8445.14.6192.836.84396/12/11
21:0014.5935.64.9185.68.3 656/5/11
2:0014.7637.64.6191.245.84406/12/11 21:3014.6233.34.4181.929.2
666/5/11 2:3014.8040.34.6194.985.54416/12/11
22:0014.6935.44.6188.878.4 676/5/11
3:0014.8045.94.6187.45.74426/12/11 22:3014.7735.24.7193.89.0
686/5/11 3:3014.8542.04.6187.886.24436/12/11
23:0014.8433.94.6187.047.1 696/5/11
4:0014.9354.94.6196.546.14446/12/11 23:3014.9040.44.7192.838.6
706/5/11 4:3014.8960.14.6195.067.04456/13/11
0:0014.9246.64.6190.168.9 716/5/11
5:0015.0158.84.6193.486.54466/13/11 0:3014.9050.34.7187.899.2
726/5/11 5:3015.0046.44.6197.915.94476/13/11
1:0014.8650.04.6188.859.7 97 No m/d/yy hh:mm WD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) 736/5/11
6:0015.0046.04.7188.337.84486/13/11 1:3014.7746.34.4182.19.5
746/5/11 6:3014.8843.94.7181.028.04496/13/11
2:0014.6743.34.6188.159.9 756/5/11
7:0014.8040.84.4190.7110.84506/13/11 2:3014.5643.34.9190.3213.3
766/5/11 7:3014.6233.94.6189.9212.34516/13/11
3:0014.3839.84.7184.0212.2 776/5/11
8:0014.4237.94.4185.9812.74526/13/11 3:3014.2139.64.4192.0114.9
786/5/11 8:3014.1835.64.7183.6113.84536/13/11
4:0014.0136.44.7183.1513.4 796/5/11
9:0014.0028.94.6177.1715.84546/13/11 4:3013.8536.14.7187.9115.2
806/5/11 9:3013.7828.04.6181.914.74556/13/11
5:0013.6640.24.7186.3413.8 816/5/11
10:0013.5327.94.3180.3816.74566/13/11 5:3013.4533.34.6184.8711.9
826/5/11 10:3013.3031.24.4187.1914.84576/13/11
6:0013.2629.64.7182.811.3 836/5/11
11:0013.0730.24.3182.7613.04586/13/11 6:3013.0733.54.7183.8510.4
846/5/11 11:3012.8833.94.4176.3212.64596/13/11
7:0012.9729.54.6189.968.3 856/5/11
12:0012.7232.94.7182.159.14606/13/11 7:3012.8425.24.6190.84.2
866/5/11 12:3012.6535.54.1177.626.94616/13/11
8:0012.8124.84.4198.743.9 876/5/11
13:0012.6034.64.4187.515.84626/13/11 8:3012.7729.34.3194.954.7
886/5/11 13:3012.5841.94.1183.17.54636/13/11
9:0012.8225.74.4196.866.1 896/5/11
14:0012.6839.64.3179.69.34646/13/11 9:3012.8921.14.3183.026.6
906/5/11 14:3012.8443.04.4178.3714.14656/13/11
10:0012.9821.64.3168.2911.5 916/5/11
15:0013.0134.14.3191.2515.84666/13/11 10:3013.1717.24.3179.6914.9
926/5/11 15:3013.2540.54.3195.4319.74676/13/11
11:0013.3014.74.3197.2810.4 936/5/11
16:0013.5435.64.4178.6821.14686/13/11 11:3013.4714.64.4202.4915.7
946/5/11 16:3013.8629.04.4196.9621.24696/13/11
12:0013.7315.04.3199.688.0 956/5/11
17:0014.1631.04.4197.8920.74706/13/11 12:3013.8514.14.4226.1915.3
966/5/11 17:3014.5125.14.4179.5321.94716/13/11
13:0014.0612.34.4196.339.3 976/5/11
18:0014.7319.64.6187.6718.74726/13/11 13:3014.2315.24.4204.989.7
986/5/11 18:3015.0424.44.6178.5916.84736/13/11
14:0014.4114.94.4191.4410.1 996/5/11
19:0015.3221.74.6186.4914.34746/13/11 14:3014.5618.84.4187.3312.1
1006/5/11 19:3015.5428.64.6189.5510.84756/13/11
15:0014.7422.84.6188.879.1 1016/5/11
20:0015.6030.44.6186.927.84766/13/11 15:3014.8728.14.6191.457.4
1026/5/11 20:3015.7531.54.6187.75.04776/13/11
16:0014.9424.64.6180.527.0 1036/5/11
21:0015.7743.04.6180.195.64786/13/11 16:3015.0225.44.6186.493.6
1046/5/11 21:3015.7834.64.7183.075.54796/13/11
17:0015.0624.84.6189.173.3 1056/5/11
22:0015.7146.34.6177.779.64806/13/11 17:3015.0128.64.6204.45.8
1066/5/11 22:3015.6350.84.6193.619.74816/13/11
18:0014.9339.64.7192.225.2 1076/5/11
23:0015.4850.44.6194.1810.04826/13/11 18:3014.9646.54.6193.837.8
1086/5/11 23:3015.3459.44.6171.6712.54836/13/11
19:0014.9245.34.6197.995.5 98 No m/d/yy hh:mm WD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) 1096/6/11
0:0015.2166.44.7183.819.44846/13/11 19:3014.8435.24.6189.134.9
1106/6/11 0:3015.0258.44.6201.3611.14856/13/11
20:0014.7928.54.6189.849.2 1116/6/11
1:0014.9268.14.7190.9911.14866/13/11 20:3014.7029.64.4199.235.6
1126/6/11 1:3014.8661.64.9187.710.04876/13/11
21:0014.7615.34.6192.743.3 1136/6/11
2:0014.7265.64.6197.938.84886/13/11 21:3014.7416.84.6183.077.1
1146/6/11 2:3014.7050.34.6199.187.24896/13/11
22:0014.8214.14.6188.863.5 1156/6/11
3:0014.7359.04.6200.517.44906/13/11 22:3014.8211.94.6177.489.3
1166/6/11 3:3014.7261.94.9195.178.94916/13/11
23:0014.8411.04.6170.992.7 1176/6/11
4:0014.7747.04.6195.837.14926/13/11 23:3014.869.84.6191.783.1
1186/6/11 4:3014.8744.54.6200.817.44936/14/11
0:0014.917.94.6181.492.8 1196/6/11
5:0014.9541.74.6187.154.84946/14/11 0:3014.927.54.6962.3 1206/6/11
5:3014.9637.94.7189.985.34956/14/11 1:0014.946.34.6162.784.3
1216/6/11 6:0014.9430.94.6197.863.74966/14/11
1:3014.907.24.6139.65.1 1226/6/11
6:3014.9833.94.6190.064.74976/14/11 2:0014.837.64.6182.193.7
1236/6/11 7:0014.8630.44.6192.849.84986/14/11
2:3014.768.94.4190.76.2 1246/6/11
7:3014.7933.44.6185.559.24996/14/11 3:0014.6711.34.4184.766.7
1256/6/11 8:0014.6637.34.4178.6311.85006/14/11
3:3014.5210.44.4186.968.6 1266/6/11
8:3014.5137.14.6180.8612.25016/14/11 4:0014.3610.24.4196.4513.9
1276/6/11 9:0014.2934.64.4179.5417.65026/14/11
4:3014.1414.34.4178.1812.1 1286/6/11
9:3014.0530.44.4189.2316.65036/14/11 5:0013.9611.84.4194.6613.9
1296/6/11 10:0013.7543.54.4180.7417.95046/14/11
5:3013.7514.54.3157.4512.8 1306/6/11
10:3013.5540.94.3187.2118.45056/14/11 6:0013.5614.94.3204.510.7
1316/6/11 11:0013.2540.04.7177.6918.75066/14/11
6:3013.3615.24.3185.1311.0 1326/6/11
11:3013.0333.74.9182.5116.05076/14/11 7:0013.2113.94.3106.9113.4
1336/6/11 12:0012.8140.54.6179.7713.15086/14/11
7:3013.0316.94.3223.9210.2 1346/6/11
12:3012.6232.44.7178.599.75096/14/11 8:0012.9327.64.3211.749.3
1356/6/11 13:0012.5028.64.4179.965.65106/14/11
8:3012.8142.54.1216.648.2 1366/6/11
13:3012.4728.14.4189.23.85116/14/11 9:0012.7440.14.1215.976.0
1376/6/11 14:0012.4726.34.3182.276.75126/14/11
9:3012.7342.44.1221.966.4 1386/6/11
14:3012.5726.04.3169.599.05136/14/11 10:0012.6828.24.1240.074.3
1396/6/11 15:0012.7126.84.1170.0212.25146/14/11
10:3012.7021.94.1204.427.3 1406/6/11
15:3012.9223.94.4171.3717.55156/14/11 11:0012.8216.54.1203.279.3
1416/6/11 16:0013.1727.94.3176.2517.75166/14/11
11:3012.9411.24.3197.6815.1 1426/6/11
16:3013.4226.34.4181.1321.55176/14/11 12:0013.1910.34.3188.3818.2
1436/6/11 17:0013.7421.94.4176.8321.55186/14/11
12:3013.4210.24.3180.2115.4 1446/6/11
17:3014.0626.84.4171.7721.95196/14/11 13:0013.6612.04.6185.3614.6
99 No m/d/yy hh:mm WD (m) Hi (cm) Tp (s) Direction (deg) Ht (cm) No
m/d/yy hh:mmWD (m) Hi (cm) Tp (s) Direction (deg) Ht (cm) 1456/6/11
18:0014.3727.54.4183.9521.05206/14/11 13:3013.9411.74.6199.316.9
1466/6/11 18:3014.6824.14.4185.3219.35216/14/11
14:0014.209.64.6171.6416.8 1476/6/11
19:0014.9317.44.6178.8117.35226/14/11 14:3014.4611.24.4233.0917.0
1486/6/11 19:3015.1813.64.6150.9412.85236/14/11
15:0014.699.74.4171.9413.6 1496/6/11
20:0015.3317.74.6168.1312.55246/14/11 15:3014.917.44.6187.6811.7
1506/6/11 20:3015.4818.74.6171.018.45256/14/11
16:0015.099.04.9193.5310.8 1516/6/11
21:0015.6517.34.6171.216.15266/14/11 16:3015.2311.34.6208.347.7
1526/6/11 21:3015.6617.34.6188.222.75276/14/11
17:0015.3514.04.6175.94.9 1536/6/11
22:0015.7218.64.6181.664.85286/14/11 17:3015.4018.84.6179.542.9
1546/6/11 22:3015.6917.34.6177.777.35296/14/11
18:0015.4118.84.6162.734.7 1556/6/11
23:0015.5718.54.6172.467.35306/14/11 18:3015.3520.54.6127.585.2
1566/6/11 23:3015.4720.84.6175.719.55316/14/11
19:0015.3016.04.6165.246.9 1576/7/11
0:0015.3123.24.6138.9810.15326/14/11 19:3015.1917.24.6222.775.5
1586/7/11 0:3015.1830.84.6150.119.85336/14/11
20:0015.1415.24.674.536.6 1596/7/11
1:0015.0221.84.6184.810.25346/14/11 20:3015.0312.74.6169.418.3
1606/7/11 1:3014.8724.74.6182.137.45356/14/11
21:0014.9313.54.6196.35.0 1616/7/11
2:0014.7633.84.4187.035.25366/14/11 21:3014.8614.14.645.366.2
1626/7/11 2:3014.6934.14.4194.335.55376/14/11
22:0014.8013.94.6215.684.0 1636/7/11
3:0014.6030.44.4185.815.15386/14/11 22:3014.7519.44.4194.514.1
1646/7/11 3:3014.5424.44.4191.632.95396/14/11
23:0014.7125.14.4188.833.1 1656/7/11
4:0014.5523.94.4182.653.65406/14/11 23:3014.6919.24.4181.264.1
1666/7/11 4:3014.5224.04.4183.776.35416/15/11
0:0014.6916.14.4174.783.0 1676/7/11
5:0014.5824.64.4188.233.65426/15/11 0:3014.7519.14.4200.214.7
1686/7/11 5:3014.5025.14.4182.022.85436/15/11
1:0014.7812.34.6222.172.7 1696/7/11
6:0014.6115.74.4183.322.95446/15/11 1:3014.8215.14.6192.674.1
1706/7/11 6:3014.5616.34.4187.282.35456/15/11
2:0014.7016.34.6216.123.5 1716/7/11
7:0014.6014.44.4183.233.15466/15/11 2:3014.7535.04.6163.645.2
1726/7/11 7:3014.5813.84.4181.947.05476/15/11
3:0014.6942.14.6213.735.9 1736/7/11
8:0014.4812.84.4186.474.35486/15/11 3:3014.6165.94.7215.9810.7
1746/7/11 8:3014.3712.54.4189.2510.35496/15/11
4:0014.4981.44.7209.1217.1 1756/7/11
9:0014.2213.44.4181.7312.65506/15/11 4:3014.3271.74.9211.0115.0
1766/7/11 9:3014.0314.64.4179.114.15516/15/11
5:0014.2264.04.4211.2314.3 1776/7/11
10:0013.8612.04.4181.813.95526/15/11 5:3013.9847.64.6208.0513.6
1786/7/11 10:3013.6615.24.3180.9612.95536/15/11
6:0013.7944.24.621113.7 1796/7/11
11:0013.4513.44.3177.4212.55546/15/11 6:3013.5638.04.6215.5713.2
1806/7/11 11:3013.2113.74.3177.0514.75556/15/11
7:0013.3735.94.4221.7215.4 100 No m/d/yy hh:mm WD (m) Hi (cm) Tp
(s) Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) 1816/7/11
12:0013.0512.04.3168.7413.45566/15/11 7:3013.1328.84.4166.8815.2
1826/7/11 12:3012.8613.54.1184.839.65576/15/11
8:0012.9141.84.4199.2415.3 1836/7/11
13:0012.7013.54.1179.4310.15586/15/11 8:3012.7440.54.7183.1712.8
1846/7/11 13:3012.5813.44.4181.295.55596/15/11
9:0012.6055.14.7182.9813.0 1856/7/11
14:0012.4713.54.4173.543.25606/15/11 9:3012.4552.75.4185.4314.0
1866/7/11 14:3012.5115.74.4181.284.45616/15/11
10:0012.4954.15.3189.1314.5 1876/7/11
15:0012.5815.84.1182.846.55626/15/11 10:3012.4550.45.1197.3714.4
1886/7/11 15:3012.7018.84.3188.8610.35636/15/11
11:0012.3948.34.1188.913.2 1896/7/11
16:0012.8517.94.3185.0712.55646/15/11 11:3012.4749.74.4205.3713.6
1906/7/11 16:3013.0618.54.4170.7816.05656/15/11
12:0012.5946.04.1182.3913.0 1916/7/11
17:0013.2921.14.3187.6117.25666/15/11 12:3012.7643.84.7193.2816.7
1926/7/11 17:3013.5620.34.3193.7220.55676/15/11
13:0013.0147.34.7191.618.9 1936/7/11
18:0013.8612.24.4201.1217.75686/15/11 13:3013.2937.94.4207.8120.8
1946/7/11 18:3014.1612.94.4188.5519.65696/15/11
14:0013.5636.64.4194.2322.7 1956/7/11
19:0014.4513.84.4189.2318.45706/15/11 14:3013.9133.04.4193.822.9
1966/7/11 19:3014.707.74.6202.1817.25716/15/11
15:0014.2529.84.4192.1219.4 1976/7/11
20:0014.957.14.6195.7415.55726/15/11 15:3014.5631.34.4183.4621.3
1986/7/11 20:3015.216.84.612.4813.65736/15/11
16:0014.8227.84.7188.216.0 1996/7/11
21:0015.376.14.6218.888.75746/15/11 16:3015.0439.64.6168.9417.0
2006/7/11 21:3015.505.74.6155.86.85756/15/11
17:0015.2644.04.6199.3111.0 2016/7/11
22:0015.5611.05.8168.633.65766/15/11 17:3015.3650.55.1187.6412.3
2026/7/11 22:3015.5810.76.1151.252.45776/15/11
18:0015.4852.45.3189.129.1 2036/7/11
23:0015.537.74.6169.283.95786/15/11 18:3015.5949.25.3181.528.6
2046/7/11 23:3015.479.34.6167.036.35796/15/11
19:0015.6154.24.9181.476.9 2056/8/11
0:0015.348.74.6203.748.15806/15/11 19:3015.5356.04.7183.146.8
2066/8/11 0:3015.2613.04.6178.417.95816/15/11
20:0015.4949.74.7187.919.0 2076/8/11
1:0015.0420.44.6146.0719.95826/15/11 20:3015.3752.84.7209.579.3
2086/8/11 1:3014.7816.84.6156.75.45836/15/11
21:0015.2643.54.6171.9510.8 2096/8/11
2:0014.6821.34.4192.256.15846/15/11 21:3015.0848.64.9197.418.5
2106/8/11 2:3014.5920.74.4211.174.55856/15/11
22:0014.9436.85.1191.0210.6 2116/8/11
3:0014.4723.44.4188.27.35866/15/11 22:3014.8641.24.6157.29.5
2126/8/11 3:3014.3719.94.4193.611.55876/15/11
23:0014.7644.04.6191.568.2 2136/8/11
4:0014.2519.34.4194.933.25886/15/11 23:3014.7040.24.6192.347.2
2146/8/11 4:3014.2815.04.4194.213.55896/16/11
0:0014.6839.44.7189.828.4 2156/8/11
5:0014.3116.64.4191.454.05906/16/11 0:3014.6140.24.4197.098.6
2166/8/11 5:3014.3713.84.4201.835.05916/16/11
1:0014.5842.74.7189.258.2 101 No m/d/yy hh:mm WD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) 2176/8/11
6:0014.4510.34.4187.332.05926/16/11 1:3014.6153.34.9196.99.4
2186/8/11 6:3014.4711.14.4182.294.45936/16/11
2:0014.6358.94.9192.298.9 2196/8/11
7:0014.5310.84.4180.963.95946/16/11 2:3014.6845.84.9191.328.3
2206/8/11 7:3014.579.44.4194.163.65956/16/11
3:0014.6547.74.9183.068.4 2216/8/11
8:0014.618.84.4190.712.35966/16/11 3:3014.7148.54.9191.7310.2
2226/8/11 8:3014.619.04.4186.882.45976/16/11
4:0014.5654.25.1190.6111.0 2236/8/11
9:0014.548.54.4205.786.05986/16/11 4:3014.4847.15.1183.113.6
2246/8/11 9:3014.469.34.4189.615.45996/16/11
5:0014.4244.44.9184.1313.4 2256/8/11
10:0014.3613.24.6175.569.66006/16/11 5:3014.2036.75.3181.416.3
2266/8/11 10:3014.2113.24.4183.3110.46016/16/11
6:0014.0434.25.6185.0518.4 2276/8/11
11:0014.0412.94.6176.4913.96026/16/11 6:3013.7538.65.6177.1119.6
2286/8/11 11:3013.8413.44.4184.4614.06036/16/11
7:0013.5633.95.6186.0419.8 2296/8/11
12:0013.6317.64.3190.6713.86046/16/11 7:3013.2535.75.6187.617.7
2306/8/11 12:3013.4317.04.3174.6111.46056/16/11
8:0013.1138.65.7178.2121.4 2316/8/11
13:0013.2617.54.3185.3210.36066/16/11 8:3012.8137.35.6185.6518.3
2326/8/11 13:3013.0915.94.3177.738.46076/16/11
9:0012.6240.45.9188.9717.6 2336/8/11
14:0012.9818.64.4180.227.36086/16/11 9:3012.4636.75.8182.8516.7
2346/8/11 14:3012.9016.34.4183.714.06096/16/11
10:0012.3040.74.9198.5514.9 2356/8/11
15:0012.8518.54.3175.913.56106/16/11 10:3012.2337.65.3194.9611.2
2366/8/11 15:3012.8715.54.3186.916.66116/16/11
11:0012.2037.05.3193.511.2 2376/8/11
16:0012.9913.34.3174.549.36126/16/11 11:3012.2337.35.3195.4611.2
2386/8/11 16:3013.1413.14.3192.0911.56136/16/11
12:0012.3236.65.3201.7710.9 2396/8/11
17:0013.3315.64.3119.7814.96146/16/11 12:3012.4037.14.9191.8615.3
2406/8/11 17:3013.5710.34.3164.6217.26156/16/11
13:0012.6336.54.9167.0614.4 2416/8/11
18:0013.859.84.4186.217.16166/16/11 13:3012.7936.94.7194.9917.9
2426/8/11 18:3014.1010.84.6179.5720.26176/16/11
14:0013.0634.64.3194.8219.1 2436/8/11
19:0014.389.74.4192.9517.96186/16/11 14:3013.3234.84.4189.0421.0
2446/8/11 19:3014.6511.94.4189.0817.06196/16/11
15:0013.6837.34.6192.1623.6 2456/8/11
20:0014.908.74.6196.914.86206/16/11 15:3013.9838.14.7183.1224.0
2466/8/11 20:3015.127.64.6186.314.26216/16/11
16:0014.3239.44.9187.1723.1 2476/8/11
21:0015.277.54.6186.9710.66226/16/11 16:3014.6840.14.4184.4319.3
2486/8/11 21:3015.458.54.6162.217.96236/16/11
17:0014.9248.64.9191.6816.7 2496/8/11
22:0015.576.34.6172.443.96246/16/11 17:3015.1654.64.7173.3713.7
2506/8/11 22:3015.617.94.6187.542.06256/16/11
18:0015.3653.24.6189.5612.3 2516/8/11
23:0015.597.64.6184.564.56266/16/11 18:3015.4855.94.6191.477.9
2526/8/11 23:3015.557.74.6186.556.66276/16/11
19:0015.5350.34.6195.786.9 102 No m/d/yy hh:mm WD (m) Hi (cm) Tp
(s) Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) 2536/9/11
0:0015.437.74.6190.8511.46286/16/11 19:3015.5358.04.6189.767.2
2546/9/11 0:3015.277.54.6180.9911.66296/16/11
20:0015.5045.84.6180.168.3 2556/9/11
1:0015.058.64.6177.1913.16306/16/11 20:3015.4458.54.7196.849.8
2566/9/11 1:3014.899.64.6167.2812.76316/16/11
21:0015.3066.84.9199.2310.8 2576/9/11
2:0014.7110.14.4183.79.96326/16/11 21:3015.1966.64.9192.5812.3
2586/9/11 2:3014.5310.14.4180.329.96336/16/11
22:0015.0859.44.7189.2710.8 2596/9/11
3:0014.4310.84.4181.788.46346/16/11 22:3014.9141.04.7198.1211.0
2606/9/11 3:3014.319.54.4185.578.76356/16/11
23:0014.8050.15.1195.4911.2 2616/9/11
4:0014.2210.64.4186.275.96366/16/11 23:3014.6445.74.7203.939.8
2626/9/11 4:3014.1410.54.4180.375.96376/17/11
0:0014.5439.94.7204.827.8 2636/9/11
5:0014.108.14.4181.742.86386/17/11 0:3014.4943.04.6189.957.7
2646/9/11 5:3014.119.14.4187.682.76396/17/11
1:0014.4641.54.4189.016.2 2656/9/11
6:0014.139.44.4178.263.46406/17/11 1:3014.4246.04.6198.987.7
2666/9/11 6:3014.1911.44.4182.073.76416/17/11
2:0014.4951.64.7201.377.8 2676/9/11
7:0014.2510.74.4183.264.76426/17/11 2:3014.4958.94.7197.979.2
2686/9/11 7:3014.3113.34.4180.754.86436/17/11
3:0014.6046.84.6191.357.4 2696/9/11
8:0014.3616.84.4179.225.36446/17/11 3:3014.6446.24.9192.156.4
2706/9/11 8:3014.4322.14.4177.673.66456/17/11
4:0014.6443.54.7192.186.1 2716/9/11
9:0014.4322.84.6174.773.66466/17/11 4:3014.6736.24.9195.635.8
2726/9/11 9:3014.4125.04.6176.414.56476/17/11
5:0014.6023.44.6183.155.0 2736/9/11
10:0014.3727.34.6183.086.16486/17/11 5:3014.5729.74.6190.338.4
2746/9/11 10:3014.3327.14.6182.548.16496/17/11
6:0014.4532.34.6185.3312.4 2756/9/11
11:0014.2221.74.9186.498.86506/17/11 6:3014.3235.24.6182.5813.8
2766/9/11 11:3014.1122.14.7183.1612.86516/17/11
7:0014.0633.04.7186.7716.2 2776/9/11
12:0013.9420.84.4181.059.36526/17/11 7:3013.8436.44.6185.117.5
2786/9/11 12:3013.7424.94.7178.4813.06536/17/11
8:0013.6041.65.118215.5 2796/9/11
13:0013.5818.54.7159.610.16546/17/11 8:3013.3839.64.3191.3319.7
2806/9/11 13:3013.4223.04.3171.169.26556/17/11
9:0013.0736.24.6179.5318.4 2816/9/11
14:0013.2817.44.4171.937.66566/17/11 9:3012.8538.75.3183.4816.1
2826/9/11 14:3013.1920.74.4171.297.36576/17/11
10:0012.6434.05.3184.7213.9 2836/9/11
15:0013.1414.54.3175.284.76586/17/11 10:3012.4231.95.3189.5511.0
2846/9/11 15:3013.1014.64.3169.722.36596/17/11
11:0012.2535.44.7186.7510.8 2856/9/11
16:0013.1213.04.3171.385.26606/17/11 11:3012.2129.14.1190.497.5
2866/9/11 16:3013.1913.04.3161.428.06616/17/11
12:0012.1435.14.3181.917.5 2876/9/11
17:0013.3312.24.3166.129.96626/17/11 12:3012.1841.14.1192.329.6
2886/9/11 17:3013.4614.54.3176.4814.16636/17/11
13:0012.2947.74.4189.1915.4 103 No m/d/yy hh:mm WD (m) Hi (cm) Tp
(s) Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) 2896/9/11
18:0013.6810.64.3181.9514.36646/17/11 13:3012.4551.94.1194.8217.8
2906/9/11 18:3013.9112.24.4203.2819.16656/17/11
14:0012.6661.34.6186.9822.3 2916/9/11
19:0014.2016.66.3182.4718.76666/17/11 14:3012.9455.24.3191.9324.1
2926/9/11 19:3014.4511.54.4190.4218.76676/17/11
15:0013.2556.64.4194.0522.1 2936/9/11
20:0014.7311.34.6192.0116.86686/17/11 15:3013.6447.34.4194.8725.5
2946/9/11 20:3014.9410.84.6219.0913.76696/17/11
16:0014.0137.54.6201.4824.2 2956/9/11
21:0015.1818.74.6187.277.06706/17/11 16:3014.3540.64.4192.6723.9
2966/9/11 21:3015.2720.64.6160.0114.46716/17/11
17:0014.7035.34.6197.9219.7 2976/9/11
22:0015.3520.34.6199.874.36726/17/11 17:3015.0038.84.6182.9616.5
2986/9/11 22:3015.2926.44.6172.374.26736/17/11
18:0015.2141.75.1178.4714.8 2996/9/11
23:0015.3535.14.6197.317.16746/17/11 18:3015.3947.25.1181.6412.8
3006/9/11 23:3015.2148.04.6184.096.96756/17/11
19:0015.5847.04.9187.9810.0 3016/10/11
0:0015.1248.34.7197.359.76766/17/11 19:3015.6741.25.3189.097.4
3026/10/11 0:3015.0045.14.7203.310.56776/17/11
20:0015.7340.15.1183.97.7 3036/10/11
1:0014.8643.44.7197.9710.06786/17/11 20:3015.6950.24.6187.658.3
3046/10/11 1:3014.6937.54.9196.0513.76796/17/11
21:0015.6445.05.6182.7310.5 3056/10/11
2:0014.4544.54.6199.2814.86806/17/11 21:3015.5447.45.6181.6412.8
3066/10/11 2:3014.3655.75.1191.9716.46816/17/11
22:0015.3443.65.3192.3612.5 3076/10/11
3:0014.2055.85.3189.7815.06826/17/11 22:3015.1946.94.7182.4214.6
3086/10/11 3:3014.0152.35.6189.0816.46836/17/11
23:0015.0036.15.3193.8713.9 3096/10/11
4:0013.9750.15.1185.3715.56846/17/11 23:3014.8833.95.8190.2613.5
3106/10/11 4:3013.7649.95.1175.6914.56856/18/11
0:0014.7434.45.6189.2110.5 3116/10/11
5:0013.7344.45.1183.4913.66866/18/11 0:3014.6533.35.1194.099.7
3126/10/11 5:3013.6642.25.1186.0412.36876/18/11
1:0014.5433.55.3196.177.0 3136/10/11
6:0013.6640.35.1183.2613.46886/18/11 1:3014.5336.14.9188.227.1
3146/10/11 6:3013.7039.65.6190.8613.26896/18/11
2:0014.5635.35.1192.166.9 3156/10/11
7:0013.7138.15.1189.9511.06906/18/11 2:3014.5634.24.9187.826.8
3166/10/11 7:3013.7838.95.1183.711.76916/18/11
3:0014.6033.44.9189.056.8 3176/10/11
8:0013.8934.74.9185.3311.66926/18/11 3:3014.6733.44.4193.257.0
3186/10/11 8:3014.0436.15.3187.4511.36936/18/11
4:0014.6839.55.6185.317.2 3196/10/11
9:0014.1035.84.4190.938.56946/18/11 4:3014.7340.74.7188.986.6
3206/10/11 9:3014.2035.94.9188.288.66956/18/11
5:0014.7439.55.3193.258.7 3216/10/11
10:0014.2635.54.9187.646.36966/18/11 5:3014.7637.84.9192.438.1
3226/10/11 10:3014.3135.14.7186.086.46976/18/11
6:0014.7340.15.1187.288.5 3236/10/11
11:0014.3132.44.7189.746.56986/18/11 6:3014.5837.15.1189.59.6
3246/10/11 11:3014.2337.24.4188.475.66996/18/11
7:0014.4539.34.4181.2813.8 104 No m/d/yy hh:mm WD (m) Hi (cm) Tp
(s) Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) 3256/10/11
12:0014.1839.84.4187.277.47006/18/11 7:3014.2442.64.9190.4515.4
3266/10/11 12:3014.1536.84.4184.027.57016/18/11
8:0014.1236.74.7183.8720.7 3276/10/11
13:0014.0430.64.7185.2810.57026/18/11 8:3013.9036.94.9189.9818.5
3286/10/11 13:3013.9131.54.7188.0510.57036/18/11
9:0013.6240.94.9185.5316.7 3296/10/11
14:0013.8033.24.6183.439.97046/18/11 9:3013.3843.25.3191.4720.2
3306/10/11 14:3013.6531.74.9189.737.37056/18/11
10:0013.1138.84.4186.0317.7 3316/10/11
15:0013.6234.14.6185.649.37066/18/11 10:3012.8435.94.9188.9717.9
3326/10/11 15:3013.5134.54.6184.919.07076/18/11
11:0012.6033.54.3186.916.9 3336/10/11
16:0013.5034.34.4194.686.77086/18/11 11:3012.3631.05.3182.5612.0
3346/10/11 16:3013.4537.74.3200.2211.27096/18/11
12:0012.2734.85.3185.8911.0 3356/10/11
17:0013.6037.24.4189.289.47106/18/11 12:3012.1334.24.7190.2610.0
3366/10/11 17:3013.6336.94.3188.326.17116/18/11
13:0012.1339.55.1189.4710.6 3376/10/11
18:0013.6728.64.3183.656.37126/18/11 13:3012.2548.75.1186.7215.7
3386/10/11 18:3013.7427.64.3188.765.27136/18/11
14:0012.2644.54.6194.514.7 3396/10/11
19:0013.8541.74.4185.6212.37146/18/11 14:3012.5543.25.1194.2219.5
3406/10/11 19:3014.0053.54.9186.2715.97156/18/11
15:0012.7747.64.9192.0419.4 3416/10/11
20:0014.2177.04.9189.1618.57166/18/11 15:3013.0344.24.9188.0824.1
3426/10/11 20:3014.3858.24.6187.7818.67176/18/11
16:0013.3645.94.9191.7425.0 3436/10/11
21:0014.6061.54.7188.9615.47186/18/11 16:3013.6743.54.6197.0822.7
3446/10/11 21:3014.8051.14.7186.9111.27196/18/11
17:0014.0243.94.7191.6924.4 3456/10/11
22:0014.9256.04.7186.3511.27206/18/11 17:3014.3942.64.6193.9221.0
3466/10/11 22:3015.0643.74.6180.517.37216/18/11
18:0014.6247.54.7186.0519.7 3476/10/11
23:0015.1645.14.7190.868.87226/18/11 18:3014.9554.24.6176.0416.3
3486/10/11 23:3015.1845.64.7185.588.37236/18/11
19:0015.1758.24.9171.5115.0 3496/11/11
0:0015.1454.54.9184.879.57246/18/11 19:3015.3456.54.9183.0611.5
3506/11/11 0:3015.1437.94.7190.528.37256/18/11
20:0015.4753.65.1183.718.4 3516/11/11
1:0014.9334.25.1188.87.97266/18/11 20:3015.4959.44.6177.58.7
3526/11/11 1:3014.9035.54.7185.258.97276/18/11
21:0015.5559.24.6178.189.1 3536/11/11
2:0014.7131.44.7190.614.47286/18/11 21:3015.4567.75.3181.7910.2
3546/11/11 2:3014.5330.54.7171.515.37296/18/11
22:0015.3866.04.9175.9713.2 3556/11/11
3:0014.3132.04.4189.414.27306/18/11 22:3015.2357.64.9169.8513.7
3566/11/11 3:3014.1734.54.4192.4214.17316/18/11
23:0015.0552.94.6177.7214.0 3576/11/11
4:0013.9536.44.4188.0715.87326/18/11 23:3014.8949.44.9184.2714.6
3586/11/11 4:3013.7837.14.6190.7611.77336/19/11
0:0014.6943.74.4187.8611.5 3596/11/11
5:0013.6547.94.6195.3911.57346/19/11 0:3014.5736.05.8189.5610.3
3606/11/11 5:3013.5354.54.4188.329.77356/19/11
1:0014.4239.25.1191.9210.4 105 No m/d/yy hh:mm WD (m) Hi (cm) Tp
(s) Direction (deg) Ht (cm) No m/d/yy hh:mmWD (m) Hi (cm) Tp (s)
Direction (deg) Ht (cm) 3616/11/11
6:0013.4952.34.4185.3510.77366/19/11 1:3014.4032.14.4180.828.7
3626/11/11 6:3013.4147.64.3188.379.77376/19/11
2:0014.3931.95.6183.677.9 3636/11/11
7:0013.4056.64.6189.9710.47386/19/11 2:3014.3334.04.7193.67.4
3646/11/11 7:3013.4158.64.9192.7510.27396/19/11
3:0014.3533.34.9188.137.6 3656/11/11
8:0013.3356.94.7185.0511.97406/19/11 3:3014.4130.15.1189.678.7
3666/11/11 8:3013.4969.04.9190.2313.67416/19/11
4:0014.4530.55.1184.347.1 3676/11/11
9:0013.5466.55.1187.2916.27426/19/11 4:3014.4733.75.3180.098.7
3686/11/11 9:3013.6560.84.9189.0714.97436/19/11
5:0014.5734.54.6183.926.9 3696/11/11
10:0013.8162.04.9190.0514.97446/19/11 5:3014.6536.05.3183.457.2
3706/11/11 10:3013.9359.94.6180.0915.47456/19/11
6:0014.6233.84.6188.96.7 3716/11/11
11:0014.0467.34.6186.9315.37466/19/11 6:3014.6833.04.4180.877.0
3726/11/11 11:3014.1554.44.7186.9110.37476/19/11
7:0014.6136.05.1188.5410.0 3736/11/11
12:0014.2046.84.9186.298.57486/19/11 7:3014.4537.65.6181.7313.8
3746/11/11 12:3014.3042.14.7187.47.37496/19/11
8:0014.3138.74.9186.8115.9 3756/11/11
13:0014.2829.44.4188.775.57506/19/11 8:3014.1236.74.7197.2313.7 106
107 2 0 45 2421 . 654 302 . 2 064 . 53 377 . 0gTHLBLHKi it+ + =
(25) Variables Entered/Removedb ModelVariables EnteredVariables
RemovedMethod 1Hi/gT2, Hi/L, B/L.Enter a. All requested variables
entered. b. Dependent Variable: Kt Model Summary ModelRR
SquareAdjusted R Square Std. Error of the Estimate
1.983a.967.947.057419888189511 a. Predictors: (Constant), Hi/gT2,
Hi/L, B/L ANOVAb ModelSum of SquaresdfMean SquareFSig.
1Regression.4863.16249.127.000a Residual.0165.003 Total.5028 a.
Predictors: (Constant), Hi/gT2, Hi/L, B/L b. Dependent Variable: Kt
Coefficientsa Model Unstandardized Coefficients Standardized
Coefficients tSig.BStd. ErrorBeta 1(Constant).377.259 1.452.206
Hi/L-53.06412.427-.507-4.270.008 B/L2.3022.309.139.997.364
Hi/gT2654.421147.257.4914.444.007 a. Dependent Variable: Kt 108 189
. 0 088 . 42 + =T gdBhKst(24) Iteration Historyb Iteration
NumberaResidual Sum of Squares Parameter CA 1.01248.687100.000.300
1.1.0214.088.189 2.0.0214.088.189 2.1.0214.088.189 Derivatives are
calculated numerically. a. Major iteration number is displayed to
the left of the decimal, and minor iteration number is to the right
of the decimal. b. Run stopped after 4 model evaluations and 2
derivative evaluations because the relative reduction between
successive residual sums of squares is at most SSCON = 1.00E-008.
Parameter Estimates ParameterEstimateStd. Error 95% Confidence
Interval Lower BoundUpper Bound C4.088.3263.3174.860
A.189.040.095.283 Correlations of Parameter Estimates CA
C1.000-.886 A-.8861.000 ANOVAa SourceSum of SquaresdfMean Squares
Regression4.04722.024 Residual.0217.003 Uncorrected Total4.0699
Corrected Total.5028 Dependent variable: Kt a. R squared = 1 -
(Residual Sum of Squares) / (Corrected Sum of Squares) = .957. 109
2 45 90 LBLHgTHKi it154 . 2 393 . 27 966 . 534 157 . 02+ + = (27)
Variables Entered/Removeda ModelVariables EnteredVariables
RemovedMethod 1Hi/gT2.Stepwise (Criteria: Probability-of-F-to-enter
= .100). 2Hi/L.Stepwise (Criteria: Probability-of-F-to-enter =
.100). 3B/L.Stepwise (Criteria: Probability-of-F-to-enter = .100).
a. Dependent Variable: Kt Model Summary ModelRR SquareAdjusted R
SquareStd. Error of the Estimate 1.626a.392.378.130971889775923
2.921b.849.842.066083473652000 3.930c.865.855.063271200718007 a.
Predictors: (Constant), Hi/gT2 b. Predictors: (Constant), Hi/gT2,
Hi/L c. Predictors: (Constant), Hi/gT2, Hi/L, B/L 110 ANOVAd
ModelSum of SquaresDfMean SquareFSig.
1Regression.4751.47527.705.000a Residual.73843.017 Total1.21344
2Regression1.0292.515117.865.000b Residual.18342.004 Total1.21344
3Regression1.0493.35087.323.000c Residual.16441.004 Total1.21344 a.
Predictors: (Constant), Hi/gT2 b. Predictors: (Constant), Hi/gT2,
Hi/L c. Predictors: (Constant), Hi/gT2, Hi/L, B/L d. Dependent
Variable: Kt Coefficientsa Model Unstandardized Coefficients
Standardized Coefficients tSig.BStd. ErrorBeta 1(Constant).105.057
1.859.070 Hi/gT2414.05578.664.6265.264.000 2(Constant).340.035
9.623.000 Hi/gT2558.88141.721.84513.396.000
Hi/L-27.8142.469-.711-11.265.000 3(Constant).157.090 1.746.088
Hi/gT2534.96641.405.80912.920.000 Hi/L-27.3932.372-.700-11.550.000
B/L2.154.982.1312.195.034 a. Dependent Variable: Kt 111 Excluded
Variablesd ModelBeta IntSig.Partial Correlation Collinearity
Statistics Tolerance 1Hi/L-.711a-11.265.000-.867.905
h/L.181a1.485.145.223.929 ds/h-.074a-.609.546-.094.965
B/L.186a1.540.131.231.937 ds/L.083a.654.517.100.899
2h/L.129b2.160.037.320.924 ds/h-.022b-.358.722-.056.959
B/L.131b2.195.034.324.931 ds/L.081b1.290.204.198.899
3h/L-.241c-.312.756-.049.006 ds/h-.015c-.253.802-.040.956
ds/L-.027c-.312.756-.049.445 a. Predictors in the Model:
(Constant), Hi/gT2 b. Predictors in the Model: (Constant), Hi/gT2,
Hi/L c. Predictors in the Model: (Constant), Hi/gT2, Hi/L, B/L d.
Dependent Variable: Kt 112 088 . 0 534 . 42 + =T gdBhKst(28)
Iteration Historyb Iteration NumberaResidual Sum of Squares
Parameter CA 1.02366.354100.000.300 1.1.1074.534.088
2.0.1074.534.088 2.1.1074.534.088 Derivatives are calculated
numerically. a. Major iteration number is displayed to the left of
the decimal, and minor iteration number is to the right of the
decimal. b. Run stopped after 4 model evaluations and 2 derivative
evaluations because the relative reduction between successive
residual sums of squares is at most SSCON = 1.00E-008. Parameter
Estimates ParameterEstimateStd. Error 95% Confidence Interval Lower
BoundUpper Bound C4.534.2154.1004.967 A.088.016.056.120
Correlations of Parameter Estimates CA C1.000-.884 A-.8841.000
ANOVAa SourceSum of SquaresdfMean Squares Regression7.75623.878
Residual.10743.002 Uncorrected Total7.86345 Corrected Total1.21344
Dependent variable: Kt a. R squared = 1 - (Residual Sum of Squares)
/ (Corrected Sum of Squares) = .912. 113 3 0 45 |.|
\|+||.|
\|+ |.|
\| =LdgTHLHKs i it724 . 2 985 . 878 569 . 46 217 . 02(29)
Variables Entered/Removeda ModelVariables EnteredVariables
RemovedMethod 1Hi/L.Stepwise (Criteria: Probability-of-F-to-enter =
.100). 2Hi/gT2.Stepwise (Criteria: Probability-of-F-to-enter =
.100). 3ds/L.Stepwise (Criteria: Probability-of-F-to-enter = .100).
a. Dependent Variable: Kt Model Summary ModelRR SquareAdjusted R
Square Std. Error of the Estimate 1.520a.270.260.226733537878092
2.886b.785.779.123953486023126 3.897c.804.795.119231747478244 a.
Predictors: (Constant), Hi/L b. Predictors: (Constant), Hi/L,
Hi/gT2 c. Predictors: (Constant), Hi/L, Hi/gT2, ds/L 114 ANOVAd
ModelSum of SquaresdfMean SquareFSig.
1Regression1.33311.33325.930.000a Residual3.59970.051 Total4.93271
2Regression3.87121.936125.986.000b Residual1.06069.015 Total4.93271
3Regression3.96531.32292.965.000c Residual.96768.014 Total4.93271
a. Predictors: (Constant), Hi/L b. Predictors: (Constant), Hi/L,
Hi/gT2 c. Predictors: (Constant), Hi/L, Hi/gT2, ds/L d. Dependent
Variable: Kt Coefficientsa Model Unstandardized Coefficients
Standardized Coefficients tSig.BStd. ErrorBeta 1(Constant).684.049
13.862.000 Hi/L-27.9185.483-.520-5.092.000 2(Constant).438.033
13.228.000 Hi/L-46.4193.325-.864-13.961.000
Hi/gT2837.85465.185.79612.854.000 3(Constant).217.092 2.373.020
Hi/L-46.5693.199-.867-14.558.000 Hi/gT2878.98564.721.83513.581.000
ds/L2.7241.063.1432.564.013 a. Dependent Variable: Kt 115 Excluded
Variablesd ModelBeta IntSig.Partial Correlation Collinearity
Statistics Tolerance 1h/L.175a1.743.086.2051.000
ds/h-.138a-1.352.181-.161.989 B/L.212a2.128.037.248.999
ds/L-.045a-.433.666-.052.990 Hi/gT2.796a12.854.000.840.813
2h/L.094b1.697.094.202.987 ds/h.112b1.920.059.227.881
B/L.044b.763.448.092.943 ds/L.143b2.564.013.297.929
3h/L.040c.652.517.079.786 ds/h-.090c-.711.479-.087.182
B/L.036c.652.517.079.940 a. Predictors in the Model: (Constant),
Hi/L b. Predictors in the Model: (Constant), Hi/L, Hi/gT2 c.
Predictors in the Model: (Constant), Hi/L, Hi/gT2, ds/L d.
Dependent Variable: Kt 116 126 . 0 678 . 152 + =T gdBhKst(30)
Iteration Historyb Iteration NumberaResidual Sum of Squares
Parameter CA 1.0414.964100.000.300 1.11.00215.678.126
2.01.00215.678.126 2.11.00215.678.126 Derivatives are calculated
numerically. a. Major iteration number is displayed to the left of
the decimal, and minor iteration number is to the right of the
decimal. b. Run stopped after 4 model evaluations and 2 derivative
evaluations because the relative reduction between successive
residual sums of squares is at most SSCON = 1.00E-008. Parameter
Estimates ParameterEstimateStd. Error 95% Confidence Interval Lower
BoundUpper Bound C15.678.94713.79117.566 A.126.025.075.176
Correlations of Parameter Estimates CA C1.000-.830 A-.8301.000
ANOVAa SourceSum of SquaresdfMean Squares Regression20.024210.012
Residual1.00270.014 Uncorrected Total21.02772 Corrected
Total4.93271 Dependent variable: Kt a. R squared = 1 - (Residual
Sum of Squares) / (Corrected Sum of Squares) = .797. 117 3 45 90
LdgTHLHKs i it314 . 1 724 . 707 007 . 33 258 . 02 + + = (31)
Variables Entered/Removeda ModelVariables EnteredVariables
RemovedMethod 1Hi/L.Stepwise (Criteria: Probability-of-F-to-enter =
.100). 2Hi/gT2.Stepwise (Criteria: Probability-of-F-to-enter =
.100). 3ds/L.Stepwise (Criteria: Probability-of-F-to-enter = .100).
a. Dependent Variable: Kt Model Summary ModelRR SquareAdjusted R
Square Std. Error of the Estimate 1.516a.266.264.150695925200279
2.882b.778.776.083067005679967 3.887c.786.785.081535286711850 a.
Predictors: (Constant), Hi/L b. Predictors: (Constant), Hi/L,
Hi/gT2 c. Predictors: (Constant), Hi/L, Hi/gT2, ds/L 118 ANOVAd
ModelSum of SquaresdfMean SquareFSig.
1Regression3.17713.177139.879.000a Residual8.766386.023
Total11.942387 2Regression9.28624.643672.870.000b
Residual2.657385.007 Total11.942387
3Regression9.38933.130470.793.000c Residual2.553384.007
Total11.942387 a. Predictors: (Constant), Hi/L b. Predictors:
(Constant), Hi/L, Hi/gT2 c. Predictors: (Constant), Hi/L, Hi/gT2,
ds/L d. Dependent Variable: Kt Coefficientsa Model Unstandardized
Coefficients Standardized Coefficients tSig.BStd. ErrorBeta
1(Constant).507.020 25.776.000 Hi/L-20.7481.754-.516-11.827.000
2(Constant).350.012 28.954.000 Hi/L-32.9281.050-.819-31.358.000
Hi/gT2683.14822.959.77729.755.000 3(Constant).258.026 9.844.000
Hi/L-33.0071.031-.820-32.018.000 Hi/gT2707.72423.379.80530.272.000
ds/L1.314.333.0973.950.000 a. Dependent Variable: Kt 119 Excluded
Variablesd ModelBeta IntSig.Partial Correlation Collinearity
Statistics Tolerance 1h/L.064a1.438.151.073.956
ds/h-.159a-3.711.000-.1861.000 B/L.110a2.473.014.125.955
ds/L-.101a-2.318.021-.117.992 Hi/gT2.777a29.755.000.835.848
2h/L.076b3.118.002.157.956 ds/h.073b2.913.004.147.901
B/L.056b2.282.023.116.950 ds/L.097b3.950.000.198.921
3h/L.031c1.033.302.053.631 ds/h-.054c-1.056.292-.054.213
B/L.027c1.033.302.053.841 a. Predictors in the Model: (Constant),
Hi/L b. Predictors in the Model: (Constant), Hi/L, Hi/gT2 c.
Predictors in the Model: (Constant), Hi/L, Hi/gT2, ds/L d.
Dependent Variable: Kt 120 064 . 0 979 . 142+ =T gdBhKst(32)
Iteration Historyb Iteration NumberaResidual Sum of Squares
Parameter CA 1.01259.286100.000.300 1.11.36914.979.064
2.01.36914.979.064 2.11.36914.979.064 Derivatives are calculated
numerically. a. Major iteration number is displayed to the left of
the decimal, and minor iteration number is to the right of the
decimal. b. Run stopped after 4 model evaluations and 2 derivative
evaluations because the relative reduction between successive
residual sums of squares is at most SSCON = 1.00E-008. Parameter
Estimates ParameterEstimateStd. Error 95% Confidence Interval Lower
BoundUpper Bound C14.979.27414.44015.519 A.064.005.053.074
Correlations of Parameter Estimates CA C1.000-.812 A-.8121.000
ANOVAa SourceSum of SquaresdfMean Squares Regression43.855221.928
Residual1.369386.004 Uncorrected Total45.224388 Corrected
Total11.942387 Dependent variable: Kt a. R squared = 1 - (Residual
Sum of Squares) / (Corrected Sum of Squares) = .885. 121 2 2502 .
..2526 .. 2552 .. 2554 2554 - ... ..2524 - 2530 .. 2530 - 2531 ..
2531 , , 2552, , 6, , 28 30 2552 122 , 2551, , 13, 14 16 2551 ,
2551, 2, 13, 14 16 2551 , 2551, , 13, 14 16 2551 Chewapreecha, K.,
2002, Malaysia Hub and Thailand Gateway: A Competing or Supporting
Strategy, MIMA GMV Conference on Intra Asean Shipping and Port
Development, 17 October 2002, Kuala Lumpur, Malaysia, , 2543, , 5,
10 11 2543,
