LAHDE annual report: 2021

LAHDE Scientific annual report: Published papers MAIORINO, Angelo, DEL DUCA, Manuel Gesù, TOMC, Urban, TUŠEK, Jaka, KITANOVSKI, Andrej, APREA, Ciro. A numerical modelling of a multi-layer LaFeCoSi active magnetic regenerator by using artificial neural networks. Applied thermal engineering, ISSN 1359-4311. [Print ed.], Oct. 2021, vol. 197, str. 1-13, ilustr. https://www.sciencedirect. Read more…

Thermag IX, 2021

After a one-year delay, the 9th International IIR Conference on Caloric Cooling and Use of Caloric Materials was held in June 2021. Although the conference was held in virtual format, many interesting research activities were presented. For more information on the conferences, please visit this website. Members of the LAHDE Read more…

2021 Virtual Spring Meeting & Exhibit

Due to coronavirus epidemic, MRS ( Material Research Society ) Spring Meeting was again held virtually. Together with the research group from Twente Univeristy we presented thermal rectification with multilayer phase change materials: High Asymmetric Heat Transport in Multilayer Phase Change Materials. Apart from the lack of personal contact, pastries Read more…

Solid-state thermal control devices

An extensive review of thermal management with thermal control devices based on solid-state physics phenomena has been published in collaboration with colleagues from the Universities of Twente (Dr. Miguel Muñoz Rojo and Timm Swoboda) and Stanford (Dr. Ananth Saran Yalamarthy). A review article published in the journal Advanced electronic materials Read more…

Advanced Energy Materials: Energy Applications of Magnetocaloric Materials

Along with environmentally-friendly refrigerants, high energy efficiency of refrigeration systems and heat pumping will represent the foundation of future refrigeration, heating and air-conditioning systems. Recuperation and utilization of waste heat at various temperature levels will enable significantly lower energy consumption not only for heating and refrigeration, but also for generation Read more…