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KRISO Container Ship (KCS)

Hull data and conditions are as follows:

Main particulars Full scale Model 1
(case 2.1, 2.5, 2.7)
Model 2
(case 2.10)
Model 3
(case 2.11)
Length between perpendiculars LPP (m) 230.0 7.2786 6.0702 2.700
Length of waterline LWL (m) 232.5 7.3577 6.1357 2.729
Maximum beam of waterline BWL (m) 32.2 1.0190 0.8498 0.378
Depth D (m) 19.0 0.6013   0.223
Draft T (m) 10.8 0.3418 0.2850 0.1268
Displacement volume ∇ (m3 ) 52030 1.6490 0.9571 0.084
Wetted surface area w/o rudder SW (m2 ) 9424 9.4379 6.6177 1.31
Wetted surface area of rudder SR (m2 ) 115.0 0.1152 0.0801 0.016
Block coefficient (CB) ∇ /(LPPBWL T) 0.6505 0.6505 0.651 0.651
Midship section coefficient (CM)   0.9849 0.9849   0.9849
LCB (%LPP), fwd+   -1.48 -1.48 -1.48 -1.48
Vertical Center of Gravity (from keel) KG (m)     0.378 0.168
Metacentric height GM (m)     0.0158 0.007
Moment of Inertia Kxx/B 0.40 0.40   0.39
Moment of Inertia Kyy/LPP, Kzz/LPP 0.250 0.250 0.252 0.25
Propeller center, long. location (from FP) x/LPP 0.9825 0.9825 0.9825  
Propeller center, vert. location (below WL) -z/LPP 0.02913 0.02913 0.02913  
Propeller rotation direction (view from stern)   clockwise clockwise clockwise  

 

Service speed in full scale

U (knots) 24.0
Fn 0.260

 

Requested computations
Case # 2.1 2.5 2.7 2.10 2.11
Model Model 1 Model 1 Model 1 Model 2 Model 3
Wave Calm Calm Calm Head Head and Oblique
Condition Towing Self-prop (ship) Self-prop (ship) Captive Captive
Attitude FR FR0 FR0 FR FRxzφθ
Validation Variables Resistance, sink and trim Thrust, torque, prop fact Mean velocity heave and pitch, resistance surge, heave, roll and pitch, resistance
EFD provider KRISO*/NMRI* NMRI* NMRI* FORCE* FORCE/IIHR
"Mandatory" cases (denoted by *)
For KCS, seakeeping, the FORCE case should be computed first.

Hull Attitude Definitions:
FR0 = free to heave and pitch but ballast weights are arrange to be zero sinkage and zero trim at the design speed
FR = free to heave and pitch
FRxzφθ = free to surge, heave, roll and pitch
FRall = 6 degrees of freedom


Hull Geometry (for case 2.1, 2.5, 2.7)
Rudder Geometry (for case 2.1)
Propeller Geometry (for case 2.5, 2.7)
Hull & Rudder Geometry (for case 2.10 and 2.11)

Following archive contains IGES&STP geometories of the KCS propeller.
This file was not provided for the workshop.
It becomes available to download after the workshop (Mon. Aug. 01, 2016) by the courtesy of KRISO.

Propeller Geometory