Compared with traditional cooling techniques, thermoelectric coolers have drawn massive
attention for small-scale cooling applications, particularly in medical practices …

Despite the desirable perks offered by solar thermoelectric generators (TEGs), their
efficiencies are nowhere close to those of solar photovoltaic systems. This has limited their …

The performance of thermoelectric devices improves either by changing the thermoelectric
material properties or the geometry of the thermoelectric leg. Many research papers show …

In this work, a phase change material (PCM) enhanced thermoelectric (TE) Peltier module-
based cooler has been proposed for the refrigeration and storage applications of the food …

A novel physical model of a two-stage thermoelectric cooler (TEC) is developed, based on
geometry factor (γ) analysis between stages under pulsed current conditions and with phase …

The product development process consists of all the steps required to transform a product
from concept to market availability. The volume used to make a product is one of the most …

To further enhance the performance of the multi‐stage thermoelectric generator (TEG), this
work conducts a comprehensive geometry and stage number optimization of a concentrating …

The advent of innovative engineering concepts and technologies to improve traditional
systems for refrigeration, storage, and transportation of foods is inevitable to reduce energy …

Thermoelectric devices are one of the technologies used either to generate electricity by
applying a temperature difference using thermal energy or as a heating/cooling system by …

The frustum leg thermoelectric generator (FLTEG) was recently proposed as a high-
performing power generator. However, there is no basis for proposing this device since its …