Waste‐heat electricity generation using high‐efficiency solid‐state conversion technology
can significantly decrease dependence on fossil fuels. Here, a synergistical optimization of …

The rapid enhancement of the thermoelectric (TE) figure‐of‐merit (zT) in the past decade
has opened opportunities for developing and transitioning solid state waste heat recovery …

Thermoelectric generators (TEGs) can convert body heat into electricity, thereby providing a
continuous power source for wearable and implantable devices. For wearables, the low fill …

Thermoelectric (TE) materials have made rapid advancement in the past decade, paving the
pathway toward the design of solid-state waste heat recovery systems. The next requirement …

Solid-state thermoelectric generators (TEGs) are promising solution for waste heat recovery.
However, they typically suffer from lower conversion efficiency, lack of reliable high …

Reliable and efficient performance evaluation of thermoelectric (TE) elements and devices is
critical for developing high performance and robust thermoelectric generator. Due to the …

The wide-ranging inaccuracies in experimental data on the Seebeck coefficient (S) and its
temperature dependence in metal oxides with no deliberate doping is attributed to the high …

Shape memory alloy (SMA) devices (utilizing wires/rods, springs or tubes) engage unique
superelastic/pseudoelastic (SE) phenomenon for large stroke recovery, energy dissipation …

The choice of the appropriate metallizing layer for high-temperature thermoelectric (TE)
materials is a tricky task and poses varied challenges to researchers. In this work, an type …

With growing use of shape memory alloy (SMA) components in different engineering
applications, the issue of material performance over its designed life is of great concern to …