Predicting the hydroacoustic signature of ducted tidal turbines: A computationally efficient BEM/FW-H approach

Key Points

• Hydroacoustic signature is accurately predicted, enhancing understanding of underwater noise impact.
• Key evidence indicates the BEM/FW-H approach achieved high computational efficiency with minimal errors.
• This study involves a computational method to analyze tidal turbine acoustics and fluid dynamics.
• The findings highlight potential improvements in turbine design, minimizing acoustic pollution while maximizing energy output.