The automotive thermoelectric generator (ATEG) system represents a significant
advancement in exhaust waste heat recovery for conventional or extended-range engines …

Thermoelectric generators have gained extensive attention for the waste heat recovery of
internal combustion engines. This work develops a three-dimensional numerical model of a …

This paper introduces a design of an annular water-cooled automotive exhaust-based
thermoelectric generator (TEG). A comprehensive numerical model of TEG system is …

In pursuit of enhancing the utilization of exhaust heat in the automotive thermoelectric
generator (ATEG), this study introduces a novel heat exchanger with integrated heat pipes to …

Thermoelectric technology has revealed the potential for automotive exhaust-based
thermoelectric generator (TEG), which contributes to the improvement of the fuel economy of …

In order to enhance the exhaust waste heat recovery efficiency of the automotive exhaust-
based thermoelectric generator (TEG) system, a three-segment heat exchanger with folded …

The heat exchanger determines the overall performance of automotive thermoelectric
generator (ATEG) systems. To obtain the accurate performance of the ATEG system under …

Recently, thermoelectric generators (TEGs) used to recover waste heat from engines have
been widely studied due to their promising advantages, such as free heat sources, no …

An entirely numerical thermoelectric generator model is formulated by taking the heat
transfer and flow resistance characteristics of exhaust fluid with different exchanger scales …

In practice, for effective exhaust waste heat recovery, a heat exchanger must exhibit a high
heat transfer performance and a reasonable pressure drop to achieve a high net power …