49 









^•0.56 









f = 0.125 







t-0 









3^ 



1 



IS— =■ 







(5678 



~ 0.707 0.500 0.408 0.354 0.316 0.26 

 F 



0.267 0.250 



Figure 32 - Wave-Resistance Coefficients r = k_g2 g h 4 /a ' 



of Symmetrical Bodies Belonging to the Class 

 (2,4,6;0;t) = 1 -a | 2 -a | 4 -a £ 6 Over y = 1 /2F 2 and P = U/VgL 



2 4 6 



<t> = 0.56 









«S= 0.60 









£-0.125 





t = 0. 







3"*^= 



<f^2 







8 



•o 0.707 0.500 0.408 0.354 0.316 0.288 0.267 0.250 



F 



Figure 33 - Wave-Resistance Coefficients r = u~z h 4 /a ' 



of Symmetrical Bodies Belonging to the Class 

 (2,4,6;0;t) = 1-a £ 2 -a £ 4 -a £ 6 Over v = 1 /2F 2 and F = U/VgL 



2 4 6 O 



= . 60 



