48 



«s = 



0.68 





0.04 



0.03 



r 0.02 







0.01 

 









t • 2 





U64X 











f=O.I25 





/0.56\ 





\ 4>- 



0.68 















\ 



0.64 















v-0.60 

 \0567 













\ 4 5 6 7 8 

























A 



5 



6 7 8 



0.707 0.500 0.408 0.354 0.316 0.288 0.267 0.250 



F 



Figure 30 - Wave-Resistance Coefficients r = u n 2 b 4 /a ' 



of Symmetrical Bodies Belonging to the Class 

 (2,k,6;4;t) = 1-a f 2 -a | 4 -a £ 6 Over v = 1 /2F 2 and F = U/PgL" 



2 4 6 



t = 2 



0=0.68- 

 oW 







0.03 



0.02 



r o 

 0.01 













t • 3 



0.60f/« 

 0.56fU 













f = 0.125 









A/^ 



0.68\ 













0.60O: 



0.64 

 0J6 













4 



15 6 7 8 













0.707 0.500 0.408 0.354 0.316 0.288 0.267 0.250 



F 



^_ 



Figure 31 - Wave -Resistance Coefficients r = u„2 -M/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 F = U/vgL 



