First Solve the Analytical Part of the project using the given information for the super tanker

First Solve the Analytical Part of the project using the given information for the super tanker. Then write a Matlab program to stimulate a turning circle. Compare with the analytical solution. Then simulate a zig zag with Matlab program.
 

Ship Maneuvering Project - Analytical Part

Given the non-dimensional hydrodynamic coefficients determine the stability index

C, for the super-tanker at the design speed. Determine what speed (percentage of design speed) the ship would be stable. Also determine terms in Nomoto equations for

stable ship. U2=0.5U1

Note N’δ=-Y’δ/2Ship Maneuvering Project - Using Matlab

Write a time domain simulation program to simulate the maneuvering behavior of the Tanker. You will solve the Surge, Sway and Yaw equations of motion using Runga Kutta 4th order integration using

MATLAB or some other high level language.

Step `1 Simulate a turning circle using linear equations of motion at 80% design speed.

Step 2 Compare to analytic prediction

Step 3 ^???????

?

Zig Zag.

Step 4 Simulate turning circle at 100% design speed using nonlinear equations of motion