Although wave energy prototypes have been proposed for more than 100 years, they have
still not reached full commercialisation. The reasons for this are varied, but include the …

Unlike more established renewable energy conversion technologies, such as wind turbines,
wave power systems have reached neither commercial maturity, nor technological …

There are more than thousands of concepts for harvesting wave energy, and wave energy
converters (WECs) are diverse in operating principles, design geometries and deployment …

This review reports the progress on the recent development of micromixers. The review first
presents the different micromixer types and designs. Micromixers in this review are …

The implementation of energy-maximizing control systems (EMCSs) can significantly
increase the efficiency and economic viability of resonant wave-energy converters (WECs) …

Wave energy offers a promising renewable energy source, however, technologies
converting wave energy into useful electricity face many design challenges. This guide …

To achieve optimal power in a wave energy conversion (WEC) system it is necessary to
understand the device hydrodynamics. To maximize conversion efficiency the goal is to tune …

Past or/and future information of the excitation force is useful for real-time power
maximisation control of Wave Energy Converter (WEC) systems. Current WEC modelling …

To maximize energy conversion, real-time control of a wave energy converter (WEC)
requires knowledge of the present and future excitation force () acting on the device, which …

The implementation of the majority of energy maximising control strategies requires the
knowledge of the wave excitation force experienced by the wave energy converter (WEC). In …