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Recommended by the IIR / IIR document
Heat exchange law in caloric regenerators.
Numerical study of novel regenerator design for solid-state caloric cycles.
Impact of hysteresis on caloric cooling performance.
Recommended by the IIR
Studies on fluid dynamics and heat transfer characteristics of solid-state caloric cycles using new electric heating apparatus.
IIR document
Active caloric regenerator cycles: an analytic element model.
3D direct numerical simulation of magneto-caloric regenerators.
Comprehensive study of heat transfer and pressure drop in regenerator and optimization of solid-state caloric cooling cycles using realistic hydraulic diameter of regenerator.
A numerical investigation upon the energy performances of caloric materials working in an Active Regenerator.
Applying two-phase zeotropic heat transfer fluids to solid-state cooling cycle and comparison with baseline using single phase water
Modelling and comparison studies of packed screen regenerators for active magnetocaloric refrigeration.
Modelling cascaded caloric refrigeration systems that are based on thermal diodes or switches.
Performance-oriented analysis of a hybrid magnetic assembly for a heat-pump magnetocaloric device.
Effect of PET insulator layers on the conduction losses of plate active magnetic regenerators.
Recent advances in elastocaloric cooling technologies: Where they stand and what prospects are.
Experimental investigation of a staggered-tube active elastocaloric regenerator.
Refrigeration sector monitoring
6 results
ICR 2019: an overview of current refrigeration research (part II)
Presentation of the main scientific and technical topics covered in the papers of the 25th IIR International Congress of Refrigeration and summary of some of the 14 keynotes.
An advanced system of magnetocaloric cooling
Researchers have designed a system that successfully uses very small quantities of magnetocaloric materials to achieve sustained cooling power of about 10 watts, with a 15°C temperature gradient.
A magnetocaloric air-conditioning system for an electric vehicle
Summary of a paper presented during the 7th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VII), available in Fridoc.
Hydrogen liquefaction using a new magnetic cooling technique.
A recent study proposes a technique that could be used for hydrogen liquefaction using magnetic refrigeration at low temperatures.
Magnetic refrigeration, a promising technology for the liquefaction of hydrogen
A keynote at the recent IIR Congress highlights magnetic refrigeration as a technology with high potential for the liquefaction of hydrogen, an essential energy vector for decarbonisation.
Temperature control and sustainability, the challenges of 3D meat printing
Temperature control is a key factor that still limits the application of 3D printing in the meat industry, according to recent scientific publications.
IIR news
4 results
New in our Encyclopedia: additive manufacturing for refrigeration equipment
Additive manufacturing makes it possible to optimise the geometry and performance of cooling components such as heat exchangers and regenerators for caloric...
IIR conference on caloric cooling Thermag VIII: highlights
Thermag VIII was an opportunity to present new developments regarding magnetocaloric, electrocaloric and elastocaloric cooling.
Now available: ICR2015 congress papers
Following on from the successful IIR International Congress of Refrigeration (ICR2015), the long anticipated papers and proceedings are now available to download in Fridoc.
The IIR at the heart of magnetic refrigeration
Magnetic refrigeration technology proves more alluring than ever: conferences, workshops and research projects continue to make waves.
Encyclopedia of Refrigeration
1 result
Additive manufacturing of regenerators for caloric cooling
In many areas of engineering, additive manufacturing allows the production of complex and multifunctional products that could not be manufactured using traditional methods. In the...
