Bistable structures, which are capable of oscillating between two stable states, have
garnered significant attention and have been applied in many engineering domains due to …

We report a new approach for designing high-performance microelectromechanical system
(MEMS) electromagnetic energy harvesting devices, which can operate at low frequency (<; …

In this study, we conducted a systematic exploration of a micro-electromagnetic vibration
energy harvester with a bi-magnet structure and microelectromechanical systems 3D coils …

In this study, the performance of an electromagnetic vibration energy harvester (EM-VEH)
based on micro-electro-mechanical systems 3D coils was presented theoretically and …

Energy harvester could supply electronic devices such as implantable biomedical systems.
Among the different methods of energy harvesting, the mechanical approach with the …

This paper reports a wideband vibrational energy harvesting scheme using a MEMS based
nonlinear electromagnetic transducer. The nonlinearity is incorporated in the proposed …

In this paper, an electromagnetic micro generator is proposed to scavenge low frequency
environmental vibrations and convert it into electrical power. The proposed micro generator …

In this paper, a nonresonant electromagnetic micro-generator is proposed. The proposed
device is capable of converting nonresonant environmental vibrations to electrical power …

A micro-spiral beam device for the vibration-type sensor and actuator structure has been
designed. To improve vibration behaviors of the micro-spiral device, beam wave motion and …