load benthic3700w.mat

figure(1)
clf
subplot(311)
plot(time(1:1201),(Tdyn_design_b(1066:2266)))
axis([0 120 0 8000])
4*std(Tdyn_design_b(1066:2266))
Tm=mean(Tdyn_design_b(1066:2266))
title('4000-Meter Benthic Mooring (w/ 25-Meter Snubber) - 90% Occurrence Sea State')
ylabel('Tension (lbs)','fontsize',12,'fontangle','italic');
text(6,6700,'Surface Buoy  (T_{mean} = 1180 lbs  4\sigma_T = 877 lbs)')


subplot(312)
plot(time(1:1201),(Tdyn_design_s(1066:2266)))
axis([0 120 0 8000])
4*std(Tdyn_design_s(1066:2266))
Tm=mean(Tdyn_design_s(1066:2266))
ylabel('Tension (lbs)','fontsize',12,'fontangle','italic');
text(6,6700,'Subsurface Buoy  (T_{mean} = 2930 lbs  4\sigma_T = 215 lbs)')

subplot(313)
plot(time(1:1201),(Tdyn_design_a(1066:2266)))
axis([0 120 0 8000])
4*std(Tdyn_design_a(1066:2266))
Tm=mean(Tdyn_design_a(1066:2266))
ylabel('Tension (lbs)','fontsize',12,'fontangle','italic');
text(6,6700,'Anchor  (T_{mean} = 3780 lbs  4\sigma_T = 574 lbs)')
xlabel('Time (s)','fontsize',12,'fontangle','italic');

figure(2)
clf
subplot(311)
plot(time(1:1201),(Tdyn_survive_b(1066:2266)))
axis([0 120 0 8000])
4*std(Tdyn_survive_b(1066:2266))
Tm=mean(Tdyn_survive_b(1066:2266))
title('4000-Meter Benthic Mooring (w/ 25-Meter Snubber) - 25-Year Return Sea State')
ylabel('Tension (lbs)','fontsize',12,'fontangle','italic');
text(6,6700,'Surface Buoy  (T_{mean} = 1570 lbs  4\sigma_T = 1800 lbs)')


subplot(312)
plot(time(1:1201),(Tdyn_survive_s(1066:2266)))
axis([0 120 0 8000])
4*std(Tdyn_survive_s(1066:2266))
Tm=mean(Tdyn_survive_s(1066:2266))
ylabel('Tension (lbs)','fontsize',12,'fontangle','italic');
text(6,6700,'Subsurface Buoy  (T_{mean} = 3230 lbs  4\sigma_T = 1120 lbs)')

subplot(313)
plot(time(1:1201),(Tdyn_survive_a(1066:2266)))
axis([0 120 0 8000])
4*std(Tdyn_survive_a(1066:2266))
Tm=mean(Tdyn_survive_a(1066:2266))
ylabel('Tension (lbs)','fontsize',12,'fontangle','italic');
text(6,6700,'Anchor  (T_{mean} = 4070 lbs  4\sigma_T = 2250 lbs)')
xlabel('Time (s)','fontsize',12,'fontangle','italic');



