Newman 



elevation in inches). In the middle is a tabulation of wave spectrum 

 parameters accompanied by the resulting wave resistance coefficient 

 100 Cw. The first 4 columns define the amplitudes and resistance 

 contributions of the various wave modes in notation which corresponds 

 to that used for example in Ref. 4. The last 3 columns define functions 

 used for computing 'equivalent source arrays' in notation explained 

 in Ref. 1. It may be seen that the resistance coefficient 100 C^ checks 

 reasonably well with a result obtained by Everest for a smaller model 

 of the same form, using manual pointers on transverse cuts analyzed 

 by the method of Eggers (Ref. 6). 



At the bottom is a tabulation defining the wave ordinates CZ 

 (Xp* Yp) 'as fitted' in the same format as the 'as measured' results 

 but with an extra column listing the difference between measurement 

 and fit. Fig. 3 shows a sample profile plotted from the computer 

 output . 



PROFILE AT y= 1-333 FEET FROM TANK CENTRELINE 



Fig. 3 Profile at y = 1.333 feet from tank centerline 



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