Introduction to Ocean Engineering
Application of mechanical engineering principles to the mathematical modeling, analysis, simulation and design of floating offshore infrastructure. Ocean wave kinematics: Airy wave theory, wave spectra, sea-state descriptions. Rigid body dynamics: Euler angle transformations, Newton-Euler equations of motion. Hydrostatics: buoyancy, metacentric height, waterplane moments. Hydrodynamics: added mass, drag, Cummins equation for radiation damping, wave excitation. Use of potential flow solvers for the calculation of hydrodynamic coefficients.
Graduate course in the Mechanical Engineering program offered by the Faculty of Graduate Studies.