Elastocaloric cooling technology based on shape memory alloys (SMAs) exploits the caloric
effect generated by stress-induced phase transformation of elastocaloric materials to realize …

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

In recent years, elastocaloric cooling has shown great potential as an alternative to vapor-
compression refrigeration. However, there is still no existing elastocaloric device that offers …

Sustainable development represents a vital global strategic goal. In the field of microcooling,
green and environmentally friendly solid-state refrigeration technologies show great …

Elastocaloric cooling represents a potentially higher efficiency cooling technique that is also
potentially more environmentally friendly than conventional technologies. Elastocaloric …

The coefficient of performance of material (COP mat, the ratio of caloric effect to energy
dissipation), a key figure-of-merit for solid-state refrigerants, is significantly degenerated by …

Higher-efficiency, lower-cost refrigeration is needed for both large-and small-scale cooling.
Refrigerators using entropy changes during cycles of stretching or hydrostatic compression …

Elastocaloric materials, as cutting-edge alternatives to hazardous refrigerants utilized in
vapor-compression systems, are promising for eco-friendly solid-state cooling, but their …

Elastocaloric cooling is emerging as one of the most promising alternatives to vapor-
compression cooling technology. It is based on the elastocaloric effect (eCE) of shape …

The stress-induced martensitic phase transformation of shape memory alloys (SMAs) is the
basis for elastocaloric cooling. Here we employ additive manufacturing to fabricate TiNi …