In this paper, the research on mechanical motion rectification-based electromagnetic
vibration energy harvesting (MMR-based EMVEH) is reviewed comprehensively. Firstly, the …

In this paper we perform an analytical and numerical study of the performance of a wave
cycloidal rotor in irregular waves, with passively morphing foils and variable rotational …

Control-inspired design, as the name suggests, involves drawing inspiration from control
theory to design other engineering systems. Engineers may use the principles of feedback …

In this paper, the controllability of an active mechanical motion rectifier (AMMR) based
power take-off (PTO) designed for wave energy conversion systems is analysed. The AMMR …

In this paper we perform an analytical and numerical study of the performance of a wave
cycloidal rotor in irregular waves, subject to different control strategies. The performance is …

In this paper, a variable damper is proposed to regulate the efficiency of a two-body wave
energy converter (WEC) with mechanically driven power take-off (PTO). The variable …

Recent literature proposes a novel Active Mechanical Motion Rectifier (AMMR) based power
take-off system. The primary objective of mechanical rectification in wave energy conversion …

This paper investigates the power generation performance of a power takeoff (PTO) system
based on a newly developed active mechanical motion rectifier (AMMR), which is …

This paper presents a numerical method to approximately solve a challenging optimal
control problem arising from a new mechanical power take-off design. The active …

The wave energy field is characterised by its continuous growth and development in
research and technology. Over recent decades, different application issues have hindered …