Multi-stable mechanisms for high-efficiency and broadband ocean wave energy harvesting

Mathematical analysis is an essential tool for the successful development and operation of wave energy converters (WECs). Mathematical models of moorings systems are therefore a requisite in the overall techno-economic design and operation of floating WECs. Mooring models (MMs) can be applied to a range of areas, such as WEC simulation, performance evaluation and optimisation, control design and implementation, extreme load calculation, mooring line fatigue life evaluation, mooring design, and array layout optimisation. The mathematical modelling of mooring systems is a venture from physics to numerics, and as such, there are a broad range of details to consider when applying MMs to WEC analysis. A large body of work exists on MMs, developed within other related ocean engineering fields, due to the common requirement of mooring floating bodies, such as vessels and offshore oil and gas platforms. This paper reviews the mathematical modelling of the mooring systems for WECs, detailing the relevant material developed in other offshore industries and presenting the published usage of MMs for WEC analysis.

pdf/mathematical-modelling-of-mooring-systems-for-wave-energy-mgd11ub7un.pdf

Mathematical Modelling of Mooring Systems for Wave Energy Converters—A Review

Stochastic analysis of nonlinear wave energy converters via statistical linearization

Dynamics of hybrid offshore renewable energy platforms: Heaving point absorbers connected to a semi-submersible floating offshore wind turbine

An approach for non-linear stochastic analysis of U-shaped OWC wave energy converters

Efficient Dynamic Analysis of a Nonlinear Wave Energy Harvester Model

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Efficient Dynamic Analysis of a Nonlinear Wave Energy Harvester Model