27 



0.50 





y °"< 

 V = 2.0-^T 



















V\ ^ 













0.40 





V = 0.5 



\ 



\\\ 















\ 



















\ 

 V o = 2.5\ 

































-° 



















0.20 





"o • 3-0 

















\ 













LS" 4f/L 





















0.250 

 f/L 



Figure 11 - Wave-Resistance Coefficients of the Spheroid 

 as Functions of f/L with y = 1 /2F 2 as Parameter 







A\ \ 



\\ 



















A \ 



-I-** 



(1 - f 2 ) 



-1- 1.5^+0. 



5 1" 





J- = O.I25 







i - f \ 



\\ \ 





\\\\Vi 









\w \ \ 

 \\\ \ \ 

 \\\ \ \ 



A\ \ \ 



A\ \ ' 



\\\ \ 



A\ \ 



\\\ \ 





















V^X 



g 



^, 







0.707 0.500 0.408 0.354 0.316 0.288 0.267 0.250 



Figure 12 - Wave -Resistance Coefficients r = ~m~ = T ' 



2C*b' 



of Symmetrical Bodies Shown on Figure 4, f/L = 0.125 



