Title: Hydrodynamic interactions of wave energy converter arrays for practical applications
Abstract: Ocean waves are a source of renewable energy that can diversify the grid and provide power to maritime markets. Wave energy converters (WECs) produce power from the oscillatory motion of ocean waves. The WEC motion results in a diffracted and radiated wave field and, when multiple devices are located in an array, these wave fields interact and alter the power output of each device. This thesis aims to quantify these interactions using numerical simulations and experimental data to determine their relevance in array design. Finally, an open-source analytical array model will be developed for use in design and optimization. Each of these modeling methods are applied to practical applications, including wave sheltering, grid scale power production, and offshore aquaculture.
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