Multibody Approach to Dynamical System: The case of Bottom Fixed Offshore Wind Turbine

This report focuses on the dynamical behavior of offshore wind turbine and analysis
of a foundation, the wind turbine support system using multibody approaches as the
method. A multibody system in the offshore wind turbine is consist of three main
parts namely the base which acts as a support system, the tower, and the blade. The
connection of these parts will results in the dynamical motion of the offshore wind
turbine as the load from the blade is applied to the blade and the load from the
regular wave on the substructure. The aims of this project are to simulate the
dynamical deformation of the offshore wind turbine as well as the effect on the
foundation model. In this project, MATLAB and Simulink are used to model and
simulate the effect of the foundation by applying the dynamic force on the blade after
it was divided into few elements using Blade Element Momentum (BEM) Theory.