Invloed van scheepsvorm en lengte op het gedrag van Jager-Type schepen in voorinkomende golven

APP

MOOEL i700

--- MOOEL

17004Z

L .

H

MODEL

MODEL

MODEL

t: 60 o FIG. 7 1800 700AZ 0

a_155

1700z 130° l7OO 1700AZ MODEL MODEL MODEL ' 1700z

-

_::

1::Z

2148: 2149 2 1 5

/

2 1 5 0 15 20 25 30 20 25 30 20 25 - V

in kn

_{__v ¡r kn}

auv in kn

3.0 2.0 1.0 o

1800

1700Z

17O0\

::

155° l7Q0 1700z cx _130° i700Z MODEL MODEL . mm MODEL

_______._#_

2169z 2149z 2148z 2149z 2148z , 2150z 2150z

2l50z

15 20 25 30 20 25 30 20 25 30

mv in kn

_{v ¡n kn}

_{V in kn}

2 0.000 i 5.000 10.000 5.000 O 15 20

- V in kn

25 30 20 _.__v In kn 25 30 20

V in kn

25 FIG. 11 30 o

18O

:1S5°

I

a13O0

MODEL 2lSO MODEL 2lSO MODEL 2l5O

7

1700AZ _1700AZ

:

'-11111111:

2l68z

i 700Z 2149 2 1 4 8z

N

2l49

\2148z

80.000 60.000 L0.000 20.0 00 O '15 ₂₀

V in kn.

25 30 ₃₅ STILL WATER CRESTED SEA

I 1/

/

215O

/

/

---SHORT

/

/

/

/

7

/

/

/

I

/

1700z

1700AZ\

21h8Z

//

/

/

/

/

/

/7/

/

/

/

I

//

/

2U9,

/

/,

/1

I'

7

7-l'

-100°

wo

..100° 200° 2.0 1.5

lo

0.5 FIG. 14

HEAVE

WAVE DIRECTION

1800,

_2h/A

_1/40

MObEL

l70Z

100°

i::

MObEL 1700AZ

100°

MODEL

2148Z

100°

MO1OEL

2149Z

100° 0

MODEL

l'/L°0.75 ,10

'/L

0.75 1 25 15 12 0.9 1.5 IN o.: N 1.5 1.0

o:

1.5 1 0

o:

1,5 N 1 0

o:

-

0G AT IVE

X/L 1.5 2/

I/so

L°15

12

X/L1.5

125 1.0

'\

"t

;

0 01 0.2 03 Fr 0.4

05

01

02

0.3 04 0.5 o 01

02

0.3 Fr 0.4 0.5 o 0.1 02 0.3 Fr 05 0.4 o 04 0.5 Fr 0.1 02 0.3

IN 100°

.200

2

HEAVE, WAVE DIRECTION

155°, 2F/

_1/40

MODEL

l7OO

1000 00° 2000 20

IS

r

IN 10

MODEL

17004Z

100° -200° 2.0 1.5

r

0 1 0

o;

MODEL 2148Z

100° 1000 200' 2.0 1.5

ir

10

°:

MODEL

2l4gZ

10:0

MODEL

20Z

?/Lo9

1 5

-5v

:-:--125

-ioo°

-200°

20

os

Ir

1 0.9

X/Lr1.5 2/X1/5o

X/L1.5

.

X/L1.5

0.5 O 0.1 0.2 03 04 0.5 O 04 01 01 02 Fr 03 0.2 Fr 0.3 05 04 0.5 o .4 0.1 02 03 Fr 0.1 0. 2 Fr 3 o 0.4

05

- Fr

1000 L

t0

_200O Lt o 2.0 1.5 1.0 0.5 o FIG. 16

HEAVE

,

WAVE

DIRECTION

1300,

2h/)1

1/to

MODEL

1700Z

1000 0

i

100° 2000 2.0 1.5

MODEL

1700AZ

1000 . -100° 2000 2.0 1.5 Lt 1,0 0

MODEL 2i68Z

1000

L

o 100 -200°

MODEL 2169Z

1000 P -100° 200° 2 0

is

PL

i.

10

MODEL 2lSOZ

X/L

X/Lo 0.6 1.5 '1.2 X/Loo» 0.75

X/L0.5

10

'/L 1.S)2/x

bi11.:

0 1/50

°-_

1.5 0.9 1.0 t29

.-. '1.25

I-. 2.0 15 PL 1.0 A/LO Ls IL 1.0 0.5 X/L0 1.5 X/L0 I 2

lS

o

X/Loi2:

, 0.5

'---0.5 03 Fr 0 3 0 4 0.5 0 0.1 0.2 0 3 Fr 0.4 0 01 0.2 04 05 0.1 0.2 Fr 01 02 0.3 Fr 04 0.5 o O 0.2 0.3 _{0.4 0.} Fr

2000 10 .0 5 o 01 Fr 04 Fr 05 0.1 0.3 Fr .4 05 o 0.2 0.3 Fr OL 0. o 01 0.2 ₀₃ Fr 04

05

MODEL

200'

o'

10

N

0

MODEL

1700AZ

PITCH

200' 100' _ oo'

lo

-05

o .

WAVE

DIRECTION

180°,

MODEL

2148Z

2/X: 1/40

200'

loo'

000 10 1i 05 o

MODEL

2149Z

200' 1000 I 00' 10

-05

MODEL 2l5O

X/L 1.5

_X/L1.s

_X/Lt25

X/L1.25

_0.6 0.6 05

X/L1,5

_X/1i.s

-0.9 L 0.9

-X/LI,5.2/Ào1/50

r

.---___

0,5 '-0_._,_

---0.75 0.5 o 0.9 06

-

--200° -1 00° -1 O -0.5 o U. b Ft1, 18

PITCH ,WAVE

DIRECTION 155°, 2f/= 1/40

MODEL

1700Z

200° -100°

MODEL

1700Z

200° 100° -10 05

MODEL

2148Z

200° f

-100'

-05

MODEL 2149Z

200°

.0:0

i

-100°

10

'

05

MODEL 2150

Z

X/

l.5

X/Li.s

_X/L-1

25

VLo1.25

X 05 1,0

----POSIflVE

L

I05

X/1,_..__

X/L_-1.25 1.0

-

1.0 0.75, ° 0.75

-0.6 Q.6 U.2 0.3 O _0.1 32 _{0.3 04 0.5 o} 0.1 0.2 0.3 0.4 ₀₅ Fr Fr Fr _Fr Fr

200°

_1000

1.0

05

o

PITCH. WAVE DIRECTION

1300,

2

1/ho

MOSEL l7OZ

200° 100° _1000 -1.0 05

MODEL

171j0AZ

200° 100° -.100° 10

l0

0

MOJEL

2l8Z

200° 1000 1000 .1.0 -0.5 0

MObEL

21gZ

2000 1000 -100°

MabEL

210Z

X/Ll.5

X/L1.5

X/L1.25

1.0

X/L1.25

_X/Lt&2h

l.2J 1/50 12 1,2

0.5k

, .1.0 " 1 X/Lo 1.5

X/Ll.2

L 125

' X/».5,

t 2,

2/o1/

2 _I/SO

0.9__

to

1 0.75

___'

o.s 0.5 o 0.1 0.2 0.3 0.4 0.5 o 01 0.2 03

04

0.5 o 01 0.2 03 04 05 O 0.1 0. 2 0.3 04 0.5 01 0.2 03 04 05 Fr Fr

- Fr

Fr Fr 100°

r

-3.

wO

loo

50

-50

0.1 0.2 Fr 03 0.4 0.5 o 01

02

03 Fr 0.4 0.5 01 0.2 03 Fr 0.4 0.5 O 01 0.2 03 Fr 04 05 0

o'

02

Fr

03 04 FIG. 20 0.5

POWER INCREASE, WAVE DIRECTION

180°. 2Fì/)

=

_1/40

MO'OEL 17dOZ

loo

50 -50

MODEL

100

MODEL 218Z

100 50 ° -50

MODEL

2149Z

MOOEL

2SOZ

loo 50

-50

50 -50

X/L1.5 2/Àl/5O

0.75 0.75

2.:s

0.5 .

POWER INCREASE, WAVE DIRECTION

55°, 2/À 1/40

MODEL 17002

100 so

-50

MODEL

1700AZ

100 50 -50

MODEL 2148Z

100 50 -50

MODEL

2l4gZ

100 50 O -50

MODEL

2150Z

X/L1.2

1

A/L0.9

X/L0.9

X/L1.o

_O.75

X/Ln.o

os .

1,5, 2/

1/so . 0 0.1

02

03 04 0.5 01 02

03

O6 0.5 O 0.1 0.2 0.3 04 0.5 o 01 02 0.3 0.4

05

o 01

02

_{0.3 0.4 05} Fr Fr Fr Fr

r

100

50

o

-50

POWER INCREASE

WAVE DIRECTION

130°, 2i/1/hO

MODEL

1700Z

100 50 -so

MODEL

1700AZ

100 50

-50

MODEL

2148Z

100 50 -50

MODEL

2149Z

100 50 -50

MODEL

2150Z

L.

Aà4

/06

X/L075

X/Lo7:

rr09

12 2/A

1/

if1iv

u:

Os 0.5 o o

02

Fr 03 04 01

02

Fr 0.3 04 o 01 0.3 04 0.5 01 01 02 03 Fr

02

Fr 0.4 05 o 0.1

02

_0.3 04 _0.5 Fr

0ÇMPN

Modal l700

(dubbe(e amitlitude)

oitricht fl9

I30 QtfÇiÇht ny. 155 (89 Fn Model 1700AZ

1:

m,deL11OZ

mat kniktpntei1 in )iet

oorschip

169 m

galt enge (69 m

136 rit

102 n

1S9 rit 169 rr 136 rit 102 m

5_.

102 rit 169 r 0160) $9 rit 0/60

goltengte 169 ni (2/)ul/50)

136qi (1/40) 136 m 0/60) 102 m 68m

-- STAMPEÑ

(dubbete amp itud

Gglfrchting

130e

gol[Lnte

MadiJ2

Goifrickitug 150e 10 Snet)oid

In knopen

20 30 golf engte Model ìaLsn

68m..

10 SrreLhehS ri

knopn

goWengle 16rn

I

(36m

goIflengt 36 m 136m

', :''6

ffl 0/sot ItaS m (1/SOL

jn

m -16.9.m t /50) Sneftreid in nopen

Mçd(

golf

lo

Snelkeid

hr knopen

Mdde( 21:49Z 30 E

KÓRØU1GNi MMEAL

CdübaieIamp(itu4e)

-tt±TT

Gqtf jchtn

3G F ß8. m

1iL

159 çn

r:

H

8GE1D 4ØMEIL

I1OL

-ftbie am4ud

- ao.oßo

I:L:.i:

VERt. BUIGEP1O MOMENT

ldubete amplitude)

2ßaa

20000 --j0.0-00 E

eigte. lOt

-

l&9çn 102 cn 20.0ô0 213.0013 Model

galflenyte

102 ra 169 as 136m 200ä0 E 10.000

Mde6 2I49

-golftenyte 10 Model 1700 kniks pa n t) AZ 20.000 010.000

Gqlf ficht ng o(t1engie_

02.th:..

60 rn2/

stil water

136 n - 102 ThOm 68

stiL wat8r

gaIfengte

102 i

136m /

5tiI water

169

m /22

-:

_<tjt water

stil wa1ec. 169 002 m 102 m goLf engte 102 r

5til water

t69 W hoz gaLlteng e 136

16m.

5I( water

stil wi

1.O9trr

's-102n/-'

JiLater

9aLingIe 169

m 136 m -

13&i(1/40./'

bs1I _Water A 0 11 0 PP

GoUrihi ng

Golf ichtn

Snheid in lInopfn

20

stil waler

0 10 Snetheid

in I4floPfl

20

lo

SneLheid in hnop OliLNale 20 30 10 SÉielhid:

ifl9Pfl

10 Sselheid in

'atiLwaiec

/

30 FIG. 28

a 4QQO I-Je E

L

L

1,fl

-I

gotf1engIe. 1O rn

\./-36ffi

lo

Sneheid n knapen ¶0 Snetheid in knoperi go flengte

¶60 m l2i/X'/50)

mm.____

______

API< en ONWJMINL Golfeichring 130 O mw. 1m in. Stil WatC If ejtgte 66 w, 136 rn. ,.

7/

/

sti11a.tar... Model llOO - 40.0().0 tu water stiL water.. - 300 400Ò0

-20.000

-gotflenge

36 - .169 m

lii wat

lit Wat 20.000 0mw/min. Olit Nater l0 in 169 lii w.ofe, .0 5.011.0. 60.oqo _A0.000.

-

20,0a.0_ Model 215Q OlfIengtd 636 w

t3ni(l/40j

'/

:n.th Water 136 ni (I/5Q)

del ¿t4B.