An operator-differential model for magnetostrictive energy harvesting proposed in the literature is used to calculate the amount of harvested energy under some uncertainty in the Preisach density function. The uncertainty is modeled through a fuzzy set approach. In galfenol, an alloy of gallium and iron, however, the hysteresis phenomenon is present only weakly. This allows to propose a simpler, but computationally faster model without hysteresis. The new, simpler model has been identified from the measured magnetic and magnetostrictive cycles. The amount of harvested energy is of the same order in both models. Again, an uncertainty in the identified model can be considered and its impact on the amount of the harvested energy calculated
The present paper presents a new model of magnetostrictive hysteresis loop. A unified approach of bo...
This article presents the implementation of an equivalent stress model to analyze a Galfenol-based m...
This paper compares different energy-based magneto-mechanical models, which describe the magnetizati...
This paper utilizes a thermodynamic approach based on Helmholtz free energy density and a finite ele...
In this research, using the energy approach, a generalized dynamic model is derived for Galfenol (Ir...
AbstractThis paper addresses the development of a magneto-elastic coupling dynamic loss hysteresis m...
This paper addresses the development of a magneto-elastic coupling dynamic loss hysteresis model for...
Dependence of magnetostrictive and magnetic properties on grain size was calculated numerically for ...
A holistic approach for studying both the nature of atomic order and finite-temperature magnetostric...
Iron-gallium alloys (Galfenol) are structural magnetostrictive materials that exhibit high free-stra...
We present a model of, and analysis of an optimization problem for, a magnetostrictive harvesting de...
This paper presents the validation of a thermodynamic magneto-mechanical model to analyze a galfenol...
A magneto-mechanical-thermal model based on a domain rotation mechanism is developed in this paper. ...
We discuss which magnetoelastic material properties are essential to measure in order to model magne...
Giant magnetostrictive materials (GMMs) can convert the magnetic energy to mechanical energy, and vi...
The present paper presents a new model of magnetostrictive hysteresis loop. A unified approach of bo...
This article presents the implementation of an equivalent stress model to analyze a Galfenol-based m...
This paper compares different energy-based magneto-mechanical models, which describe the magnetizati...
This paper utilizes a thermodynamic approach based on Helmholtz free energy density and a finite ele...
In this research, using the energy approach, a generalized dynamic model is derived for Galfenol (Ir...
AbstractThis paper addresses the development of a magneto-elastic coupling dynamic loss hysteresis m...
This paper addresses the development of a magneto-elastic coupling dynamic loss hysteresis model for...
Dependence of magnetostrictive and magnetic properties on grain size was calculated numerically for ...
A holistic approach for studying both the nature of atomic order and finite-temperature magnetostric...
Iron-gallium alloys (Galfenol) are structural magnetostrictive materials that exhibit high free-stra...
We present a model of, and analysis of an optimization problem for, a magnetostrictive harvesting de...
This paper presents the validation of a thermodynamic magneto-mechanical model to analyze a galfenol...
A magneto-mechanical-thermal model based on a domain rotation mechanism is developed in this paper. ...
We discuss which magnetoelastic material properties are essential to measure in order to model magne...
Giant magnetostrictive materials (GMMs) can convert the magnetic energy to mechanical energy, and vi...
The present paper presents a new model of magnetostrictive hysteresis loop. A unified approach of bo...
This article presents the implementation of an equivalent stress model to analyze a Galfenol-based m...
This paper compares different energy-based magneto-mechanical models, which describe the magnetizati...