1. For the energy dissipation figure (Figure 29) the following equation 

 was used to predict the wave transmission coefficient: 



K t = 



1.0 



uo + c i(t) (»„)' 



where 



C ] , = 0.02945 



C 2 = 3.329 



C. = 0.585 



R 2 = 0.859 



F = 611 

 2. The wave reflection curves shown in Figure 29 were calculated using 

 the following equation: 



K = exp 



l\d / +C 2lh- +C 3\L 

 \ s/ \ c/ \ p/_ 



where 



C = 0.2899 

 C 2 = -0.7628 

 C = -7.3125 



R 2 = 0.984 



F = 4,175 



B3 



