Inhibiting current data

Depth Froude number	F_h 	 = 0.303
Water depth		h 	 = 0.32 m
Width			w 	 = 2.3 m
Wetted surface area	S 	 = 1.694 m^2
Water density		r 	 = 997.651 kg/m^3 
Ship speed		U_ship = 0.5368 m/s
Current strength	U_0	 = [0, 0.1, 0.2, 0.3] x U_ship	
	
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Current shapes:

	Description	         Abbreviation 

	Linear 		-> L
	1/7 power law 	-> P
	Exponential 	-> E

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Data:
 
1. Total resistance (N)

U_0/U_ship	0		0.1	   0.2	0.3

L    		1.3010    1.7936    2.4306    3.0338
P    		1.3010    1.5553    1.8355    2.1385
E    		1.3010    1.3579    1.4062    1.4613

2. Total resistance coefficients (-)

U_0/U_ship	0			  0.1	  		    0.2			0.3

L   		0.005335705893037   0.007356119829204   0.009968613463401   0.012442507853221
P   		0.005335705893037   0.006378944710390   0.007527988798100   0.008770468643204
E   		0.005335705893037   0.005569094322951   0.005767145974455   0.005993362055474
	
3. Sinkage (m)

U_0/U_ship	0	   0.1	   0.2	0.3

   1.0e-03 *
L    		0.6625    0.8837    1.1201    1.3933
P    		0.6625    0.7897    0.9176    1.0511
E    		0.6625    0.6765    0.6833    0.6924

4. Trim (degrees)

U_0/U_ship	0	   0.1	   0.2	0.3

L    		0.0182    0.0277    0.0394    0.0530
P    		0.0182    0.0233    0.0288    0.0350
E    		0.0182    0.0187    0.0193    0.0199