The potential widespread adoption of thermoelectric (TE) technology in energy harvesting
applications hinges upon the high-performance, reliable, and cost-effective module …

Thermoelectric materials have advanced significantly in terms of machinery, manufacturing
technique and technology over the last 10 years. However, conventional processing …

We present a new additive-reactive synthesis method where inks–cast into molds or 3D-
additively extruded into architectured shapes–are reacted into intermetallic thermoelectric …

The fabrication of a three-dimensional (3D) channel/pillar structure with a submillimeter
scale using La (Fe x Si 1-x) 13 magnetocaloric material was attempted via a laser powder …

Additive manufacturing of lattices with∼ 600 μm diameter struts is achieved via extrusion
printing of an ink containing prealloyed powder of the half-Heusler alloy Nb 1-x CoSb …

Functionally graded materials (FGMs) are heterogeneous, with compositions that vary
spatially with respect to their dopant concentrations and structures. FGMs are designed to …

Through the integration of machine learning (ML) techniques alongside additive
manufacturing (AM) experimentation, we demonstrate an iterative process to rapidly predict …

Thermoelectric generators held great promise through energy harvesting from waste heat.
Their practical application, however, is greatly constrained by poor raw material utilization …

The research on thermoelectric (TE) materials has a long history. Holding the advantages of
high elemental abundance, lead-free and easily tunable transport properties, copper-based …

Abstract Silver selenide (Ag 2 Se) has turn up as a promising n-type thermoelectric (TE)
material. Especially, the Ag 2 Se nanotubes may be more attractive in view of their one …