The use of wind energy worldwide has overgrown in recent years to reduce greenhouse gas
emissions. Wind power is free, but the installation and maintenance of wind turbines remain …

This paper focuses on vibration mitigation and energy harvesting in a coupled oscillator-
pendulum system. Generally, the concept of a vibration-based energy harvester is similar to …

The vibration harvester can transform the ambient vibration energy into electrical energy for
the use of microelectronic equipment. Currently, the introduction of bistable structure in …

Autoparametric pendulum absorbers can transmit vibrational energy from the hosting
structure to the motion of the pendulum and are effective if properly tuned. The motion of the …

The literature on energy harvesting using piezoelectric materials is firmly concentrated on
structures like cantilever beams with piezoelectric layers. In the present research, a piezo …

This paper presents the theoretical modeling and experimental verification of a quad-stable
non-linear electromagnetic-induction energy harvesting (QEH) system. The suspended …

The vehicle suspension system is considered to have tremendous potential in energy
harvesting and to be applicable for improving the efficiency of energy use of the vehicle. A …

As a common renewable energy source of the ocean, wave energy has the advantages of
high energy density and wide distribution, but it is also characterized by time variability and …

In order to harvest ambient renewable or recovery energy, a novel piezoelectric energy
harvester which mainly includes vibrators, a rotor and a cylindrical outer casing is presented …

In recent years, vibration energy harvesting technology from environmental vibration has
been a research topic of increasing interest. It is a new way to overcome the problem of …