DYNAMICS AND KINEMATICS OF SUBMARINE CABLE 



1199 



0.008 



0.007 



0.006 



^ 0.005 

 ID 



5 0.004 



I.C 



0.003 -^^^-^ 



0.002 



0.001 



0.008 



0.007 



0.006 



0.005 



i UJ 



5 0.004 



I.C 



0.003 



0.002 



I 0.001 



0.08 



0.07 



0.06 



0.05 



0.04 



0.03 



0.02 



0.01 



0.08 



0.07 



0.06 



0.05 



0.04 



0.03 



0.02 



0.01 



0.4 0.8 



1.2 1.6 2.0 



cr 



2.2 2.4 



Fig. 36 — Nomograph for the solution of equation (99). 



venience made an auxiliary plot on the right-hand sides of Fig. 3G of 

 2/3(0-) versus a, but with numerical values of the ordinate omitted. 



In addition, we have plotted in Figs. 37 and 38 the functions 

 1/^2 (cosh 0-) and (^'3/^2) sin a for various a. 



E.3 Numerical Example 



To illustrate the method of obtaining the tension rise with time 

 described above, we consider a numerical example for cable No. 2. The 



