Copper-based materials have long been used for their outstanding thermal and electrical
conductivities in various applications, such as heat exchangers, induction heat coils, cooling …

Computational modeling and simulation helps in reducing the overall design cycle time
during any process as well as product development. Microwave welding has transpired as a …

Thermoelectric materials seamlessly convert thermal into electrical energy, making them
promising for power generation and cooling applications. Although historically the …

The Cu-GO layered composites with excellent thermal conductivity were fabricated by
ultrasonic-assisted electrodeposition and ultrasonic spraying composite processes …

Thermoelectric modules (TEMs) based on resource-rich metals with a high thermoelectric
performance are expected to be environmentally friendly technologies for electric power and …

The graphene oxide-Cu (GO-Cu) laminated composite films with nickel and silver
intermediate layers were prepared by electrodeposition, ultrasonic spraying and subsequent …

The commercial applications of thermoelectric coolers (TECs) are limited to niche markets
owing to their low cooling efficiency. For hotspot cooling, in which the Fourier heat is added …

In this paper, a functional gradient material (FGM) of CuSn10 and Inconel 718 is fabricated
through a laser-based directed energy deposition (DED) additive manufacturing process …

Thomson heat absorption corresponding to changes in the Seebeck coefficient with respect
to temperature enables the design of thermoelectric coolers wherein Thomson cooling is the …

Thermoelectric active cooling uses nontraditional thermoelectric materials with high thermal
conductivity, high thermoelectric power factor, and relatively low figure of merit (ZT) to …