This paper discusses the design procedure and first results of a large-scale magnetic air-
conditioning system prototype demonstrated in a relevant environment compatible with the …

In recent years the scientific community has been committed to finding new eco-friendly
solutions for refrigeration. Among the Not-In-Kind Refrigeration Technologies very promising …

Subcooling methods for transcritical CO 2 plants are being studied in order to improve the
behaviour of these systems in hot climates, where basic configurations are not competitive …

This work advances an integrated approach to design the components of a magnetocaloric
air conditioner capable of producing a cooling capacity of 9000 BTU h− 1 (2637 W) for …

Although magnetocaloric cooling is considered a promising long-term alternative to vapor
compression, recent prototype developments have not yet made this technology …

This study presents an experimental analysis of the thermodynamic performance of a large-
scale magnetic air-conditioning system prototype that uses a combination of La (Fe, Mn, Si) …

This paper presents a comparison of the thermodynamic performances of magnetocaloric
and vapor compression cooling technologies when operating the same wine cooler cabinet …

The literature acknowledges the advantages of Set-Based Concurrent Engineering (SBCE),
but there is a lack of models for its adoption and documented cases of its implementation …

The low heat transfer efficiency caused by a magnetocaloric material (MCM) with low
thermal conductivity is the bottleneck that limits the performance of magnetic refrigeration …

To overcome the shortcoming of the low cooling power density in the ordinary magnetic
refrigerator, a hybrid system using Peltier thermal switches in magnetic refrigeration has …