International audienceThe supply of waste heat represents a huge and freely available amount of energy that make it a key target for energy conversion technologies, notwithstanding the small thermodynamic efficiency to be expected because of the limited working temperature difference.Energy harvesting systems from waste heat based on thermomagnetic generation (TMG) have been studied
International audienceA theoretical study relying on the thermal modelling of a Curie wheel, used fo...
The magnetocaloric effect, by which a magnetic material experiences a change in temperature due to a...
With the fast evolution in greenhouse gas (GHG) emissions (e.g., CO2, N2O) caused by fossil fuel com...
International audienceLow-grade heat from industrial processes and residential buildings represents ...
International audienceWe estimate the power and efficiency of a thermal energy harvesting thermodyna...
Two cycles of thermomagnetic generation have been compared, one with a conventional ferromagnetic ma...
Thermomagnetic harvesting is an emerging approach used to convert low-grade waste heat to electricit...
AbstractWaste heat disposal in large thermal power plants and power generators, nuclear power, oil a...
A thermomagnetic generator is a promising technology to harvest low-grade waste heat and convert it ...
The rise of global energy demand and the effects of climate change make efficient energy generation ...
Energy utilization, sustainability and care for the environment are now under the spotlight; dealing...
Waste heat is an unavoidable and undesirable product of a huge number of industrially important proc...
In this study, magnetic and electromagnetic energy conversion of magnetocaloric materials (MCMs) and...
A unique multiferroic type of thermomagnetic generator is being investigated in order to establish i...
The magnetocaloric effect (MCE) is a thermal response of a magnetic material to a change in an exter...
International audienceA theoretical study relying on the thermal modelling of a Curie wheel, used fo...
The magnetocaloric effect, by which a magnetic material experiences a change in temperature due to a...
With the fast evolution in greenhouse gas (GHG) emissions (e.g., CO2, N2O) caused by fossil fuel com...
International audienceLow-grade heat from industrial processes and residential buildings represents ...
International audienceWe estimate the power and efficiency of a thermal energy harvesting thermodyna...
Two cycles of thermomagnetic generation have been compared, one with a conventional ferromagnetic ma...
Thermomagnetic harvesting is an emerging approach used to convert low-grade waste heat to electricit...
AbstractWaste heat disposal in large thermal power plants and power generators, nuclear power, oil a...
A thermomagnetic generator is a promising technology to harvest low-grade waste heat and convert it ...
The rise of global energy demand and the effects of climate change make efficient energy generation ...
Energy utilization, sustainability and care for the environment are now under the spotlight; dealing...
Waste heat is an unavoidable and undesirable product of a huge number of industrially important proc...
In this study, magnetic and electromagnetic energy conversion of magnetocaloric materials (MCMs) and...
A unique multiferroic type of thermomagnetic generator is being investigated in order to establish i...
The magnetocaloric effect (MCE) is a thermal response of a magnetic material to a change in an exter...
International audienceA theoretical study relying on the thermal modelling of a Curie wheel, used fo...
The magnetocaloric effect, by which a magnetic material experiences a change in temperature due to a...
With the fast evolution in greenhouse gas (GHG) emissions (e.g., CO2, N2O) caused by fossil fuel com...