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KRISO TANKER KVLCC2

Hull data and conditions are as follows:

Main particulars

Full scale

Length between perpendiculars LPP (m) 320.0
Length of waterline LWL (m) 325.5
Maximum beam of waterline BWL (m) 58.0
Depth D (m) 30.0
Draft T (m) 20.8
Displacement &Delta (m3 ) 312622
Wetted area w/o rudder SW (m2 ) 27194
Wetted surface area of rudder SR (m2 ) 273.3
Block coefficient (CB) &Delta /(LPPBWL T) 0.8098
Midship section coefficient (CM) 0.9980
LCB (%LPP), fwd+ 3.48
Vertical Center of Gravity (from keel) KG (m) 18.6
Metacentric height GM (m) 5.71
Moment of Inertia Kxx/B 0.40
Moment of Inertia Kyy/LPP, Kzz/LPP 0.25

 

Service speed

U (knots) 15.5
Fn 0.142


Requested computations

Case

1.1a

1.1b

1.2a

1.2b

1.4a

1.4b

1.4c

Experiments from

Postech Wind Tunnel

MOERI

MOERI

MOERI

INSEAN

NTNU

Osaka Univ

Type of data

Mean velocity, Reynolds stresses

Wave pattern

Resistance

Resistance, sinkage and trim

Pitch, heave, added resistance

Pitch, heave, added resistance

Surge, Pitch, heave, added resistance

References

1-3, 1-4

1-1, 1-2

Not yet available

Not yet available

Not yet available

Not yet available

Not yet available

Scale factor

116

58.0

58.0

58.0

100

58.0

100

Lpp (m)

2.7586

5.5172

5.5172

5.5172

3.200

5.5172

3.200

Speed (m/s)

25

1.047

1.047

0.744-1.117*

0.797

0.0-1.336+

0.797

Froude number

Double model

0.142

0.142

0.1010-0.1515*

0.142

0.0-0.182+

0.142

Reynolds number

4.6 x 106

4.6 x 106

4.6 x 106

3.5-5.2 x 106*

2.55 x 106

0.0-6.9 x 106+

2.55 x 106

Rudder

No

No

Yes

Yes

No

No

No

Wave direction

-

-

-

-

Head sea

Head sea

Head sea

Degrees of freedom

FX0

FX0

FX0

FRz θ

FRz θ

FRz θ

FRx z θ

Wave lengths/Lpp

-

-

-

-

0.6; 1.1 ; 1.6

0.6364-0.9171+

0.6; 1.1 ; 1.6

Wave heights (mm)

-

-

-

-

60

30, 150+ o

60o

o Exact measured wave height values are given in the Instructions

* Exact values given in the Instructions

+ For combination of speed, wave length and wave height, see Instructions

Hull Attitude Definitions:

FX0 = fixed at zero Sinkage and Trim

FXσ τ = fixed at dynamic Sinkage and Trim

FRz θ = free to heave and pitch

FRx z θ = free to surge, heave and pitch

FRφ = free to roll

 Hull Geometry

 Rudder Geometry