Dynamic performance prediction of the automobile thermoelectric generator system is one of
the research hotspots in the field of thermoelectric technology. In this work, a hybrid transient …

In this work, two transient models, including a transient fluid-thermal-electric multiphysics
numerical model and a hybrid transient CFD-analytical model, are proposed to predict the …

The automotive thermoelectric generator system is a promising technology of exhaust waste
heat recovery, but reasonable theoretical models to predict its dynamic performance are …

This paper proposes a comprehensive hybrid transient CFD-thermal resistance model to
predict the dynamic behaviour of an automobile thermoelectric generator (ATEG) system …

In this paper, a novel fluid-thermal-electric multiphysics numerical model is presented to
predict the performance of a thermoelectric generator system applied in automobile waste …

Thermoelectric generators (TEGs) have become a promising technology for vehicle exhaust
heat recovery. Although the complex vehicle driving conditions may lead to significant …

The thermoelectric generator is a potential candidate to recover waste heat from exhaust
gas. Regarding the fluctuations of exhaust heat in practical situations, this paper adopts a …

In order to enhance the performance of the automobile waste heat recovery system, a novel
two-stage automobile thermoelectric generator with a cascade configuration along the …

Over two-thirds energy of fuel consumed by an automobile is discharged to the surroundings
as waste heat. The fuel usage can be more efficient if thermoelectric generators (TEG) are …

In thermoelectric generators, the heat sources are usually fluids or flames. To simplify the co-
design and co-optimization of the fluid or combustion system and the thermoelectric device …