Solid-state cooling based on elastocaloric effect (eCE), ie, a temperature change coupled to
an applied uniaxial stress in elastocaloric materials (eCMs), is an emerging refrigeration …

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

Solid-state cooling based on the caloric effect of phase transformation materials has
attracted considerable interest with the increased demand for energy-efficient and …

The poor mechanical properties will result in low fatigue life and limited working temperature
window of elastocaloric effect (eCE) for ferromagnetic shape memory alloys with lower …

We investigate elastocaloric effect by a combination of infrared thermography and digital
image correlation technique for the metamagnetic shape memory alloy Ni 45 Mn 44 Sn 11. A …

In recent years, elastocaloric cooling technology has been considered as one of the most
promising alternatives to vapor compression technology. Given that elastocaloric technology …

A large adiabatic temperature change (∆ T ad) is a prerequisite for the application of
elastocaloric refrigeration. Theoretically, a large volume change ratio (∆ V/V 0) during …

A Ni-Mn-In Heusler alloy is a typical system with large elastocaloric and magnetocaloric
effects due to the coupling of structural transformation and magnetic transition, which …

Ni–Mn-based shape memory alloy is a promising candidate as the solid-state elastocaloric
refrigerant in the micro-or nano-refrigeration fields owing to the required small driving force …

Solid-state refrigeration technology is expected to replace conventional gas compression
refrigeration technology because it is environmentally friendly and highly efficient. Among …