The intermediate fluid thermoelectric generator (IFTEG) represents a novel approach to
power generation, predicated upon the principles of gravity heat pipe technology. Its key …

Different types of vehicles often run in different driving cycles, resulting in different dynamic
behaviours of the automobile thermoelectric generator. The dynamic performance of a …

There are two different numerical modelling approaches of thermoelectric generation (TEG)
device: separating model that is one-way coupling from CFD model to thermal-electric …

As is well known, traditional solar systems can only work under conditions of solar radiation,
as solar energy is the sole energy source for photovoltaic generation and heat recovery …

Conventional thermoelectric generator (TEG) configurations suffer from the temperature
drop of exhaust gas, resulting in a decrease in output power. To address this issue …

In this study, the interface behavior of an orthotropic thin film bonded imperfectly to an
orthotropic substrate is considered. The analytical method employs the integro-differential …

Spring-water temperatures are relatively stable, noticeably lower than the ambient-air
temperatures in summer and higher in winter. Theoretically, a thermodynamic heat engine …

In sectors such as electronics, photonics and HVAC and refrigeration, heat dissipation has a
major impact in their performance. However, there is generally not much control over this …

In this work, the thermoelectric (TE) performances of n-type Bi 2 Te 2.7 Se 0.3 with the
addition of pyrite CoSe 2 were studied. The findings reveal an in-situ reaction between Bi 2 …

Geometry optimization and pulsed inputs have been introduced as some of the effective
methods to enhance the performance of thermoelectric devices. In this work, the geometric …