Waste heat recovery system plays a pivotal role for heat extractions in every energy
consuming sector. Thermo-Electric Module converts this waste heat into useful work done as …

This work develops a multiphysics thermoelectric generator model for automobile exhaust
waste heat recovery, in which the exhaust heat source and water-cooling heat sink are …

This review aims to present a summary of the current state of art in applications
incorporating thermoelectric generator (TEG) units. Description of components critical to …

The thermoelectric efficiency formula (ηmax), derived by Ioffe, provides a direct connection
between the material dimensionless figure of merit ZT and the maximum efficiency of …

The exhaust-based thermoelectric generator (TEG) is a promising way to recover the waste
heat of internal combustion engines (ICEs). Integrating TEG with three-way catalytic …

A considerable part of the fuel energy in vehicles never reaches the wheels and entirely
converts to waste heat. In a heavy duty vehicle (HDV), the heat power that escapes from the …

A major cost, inconvenience, and source of failure for adding sensors and electronic
accessories to automobiles is wiring the systems into the car's power supply. We propose an …

The operation of a thermoelectric generator (TEG) is a complicated multidisciplinary subject
since it involves the phenomenon of electrical and thermal transport in a dependent manner …

Free‐piston engines have the potential to offer a compact machine capable of delivering
electrical power. In this work, the design and modelling of a linear tubular generator are …

Thermoelectric energy harvesting requires a large temperature gradient, which is usually the
main difficult that limits the power and efficiency conversion. To deal with the electrical …