Developing zero–global warming potential refrigerants has emerged as one area that helps
address global climate change concerns. Various high-efficiency caloric cooling techniques …

We present the experimental results for a rotary magnetocaloric prototype that uses the
concept of active magnetic regeneration, presenting an alternative to conventional vapor …

The design of a rotary active magnetic regenerator heat pump device with a multi-bed
concept is presented. Important design features are the rotating two-pole magnet assembly …

This work presents the design and performance evaluation of a novel magnetic refrigeration
unit capable of controlling the temperature of a 31-bottle wine cooler cabinet. The main …

The development of novel regenerators for caloric cooling applications requires a detailed
evaluation of their thermo-hydraulic properties. Structures similar to shell-and-tube heat …

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 this research, a novel reciprocating solid state magnetic refrigeration (MR) cycle at room
temperature is described and numerically simulated. An ingenious double-layer structural …

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 work presents a dynamic lumped parameter model to predict the transient and steady-
state cabinet temperature, energy consumption and efficiency parameters of a small …

We present the performance of an active magnetic regenerator prototype with a multi-bed
concept and parallel flow circuit. The prototype applies a two-pole permanent magnet …