Add to ORKGThis paper investigates the use of a MEMS energy harvester with adjustable resonance frequency to improve the performance of MEMS harvesters in the presence of manufacturing uncertainties. Model parameters which are subject to considerable variability have been selected and standard Monte Carlo simulation (MCS) is used for uncertainty propagation. It is shown that the manufacturing uncertainty can have significant influence on the performance of the MEMS harvester. This paper proposes the use of an electrostatic device to adjust the resonance frequencies of the system to compensate for the model parameters variability. By applying DC voltages to the electrodes, the samples at which the resonance frequencies are greater than the nominal valu...
Most piezoelectric energy harvesting research has focused on developing on-resonance harvesters that...
Analytical and finite element electromechanical models that take into account the fact that the piez...
The challenging issue in MEMS (Micro Electro-Mechanical Systems) technology development and commerci...
This paper proposes the use of an electrostatic device to improve the performance of MEMS piezoelect...
This paper investigates the use of an electrostatic device to improve the performance of MEMS piezoe...
Energy harvesting technologies that rely on the conversion of ambient vibration into a usable form o...
The use of piezoelectric materials for the development of electromechanical devices for the harvesti...
This work presents a comprehensive study of the uncertainties involved in the FrequencyResponse Func...
In this paper the analytical analysis of an adaptively tuned piezoelectric vibration based energy ha...
In this paper, we propose an active control method to adjust the resonance frequency of a capacitive...
A stochastic approach is presented to evaluate the uncertainties associated with variations in desig...
International audienceThis paper presents the study of an energy harvester system based on a gap-clo...
The goal of this work is to describe a framework to propagate uncertainties in piezoelectricenergy h...
Piezoelectric harvesters use the actuation potential of the piezoelectric material to transform mech...
O uso de materiais piezelétricos no desenvolvimento de dispositivos para o aproveitamento de energia...
Most piezoelectric energy harvesting research has focused on developing on-resonance harvesters that...
Analytical and finite element electromechanical models that take into account the fact that the piez...
The challenging issue in MEMS (Micro Electro-Mechanical Systems) technology development and commerci...
This paper proposes the use of an electrostatic device to improve the performance of MEMS piezoelect...
This paper investigates the use of an electrostatic device to improve the performance of MEMS piezoe...
Energy harvesting technologies that rely on the conversion of ambient vibration into a usable form o...
The use of piezoelectric materials for the development of electromechanical devices for the harvesti...
This work presents a comprehensive study of the uncertainties involved in the FrequencyResponse Func...
In this paper the analytical analysis of an adaptively tuned piezoelectric vibration based energy ha...
In this paper, we propose an active control method to adjust the resonance frequency of a capacitive...
A stochastic approach is presented to evaluate the uncertainties associated with variations in desig...
International audienceThis paper presents the study of an energy harvester system based on a gap-clo...
The goal of this work is to describe a framework to propagate uncertainties in piezoelectricenergy h...
Piezoelectric harvesters use the actuation potential of the piezoelectric material to transform mech...
O uso de materiais piezelétricos no desenvolvimento de dispositivos para o aproveitamento de energia...
Most piezoelectric energy harvesting research has focused on developing on-resonance harvesters that...
Analytical and finite element electromechanical models that take into account the fact that the piez...
The challenging issue in MEMS (Micro Electro-Mechanical Systems) technology development and commerci...