In this study, a full-scale three-dimensional trapezoidal thermoelectric cooler model is
constructed to study its cooling performance and mechanical reliability using finite element …

A multiphysics-coupled numerical simulation of a segmental annular thermoelectric cooler
(SATEC) was performed using a three-dimensional finite element method. A coupling model …

Thermoelectric generators are high-profile energy conversion devices that can convert heat
energy into electricity. In this study, a novel 1D resistance model was established to evaluate …

In this paper, an annular thermoelectric couple (ATEC) analytical model is proposed with
simultaneous consideration of temperature-dependent thermoelectric (TE) material …

Thermoelectric (TE) conversion is a technology that converts heat directly into electricity.
This technology has become an effective way to recover industrial waste heat and utilize …

A two-dimensional efficient and most accurate subparametric higher-order finite element
technique are offered in this paper for some energy problems. It is used for the computation …

This article proposes a transient simulation based on Comsol software to investigate the
behavior of a segmented thermoelectric device (S-TEG) exposed to a pulsed heat flux. It is …

This paper proposes a thermal management system that incorporates an annular
thermoelectric cooler (ATEC) and a phase change material (PCM) for the purpose of thermal …

Solid‐state devices called thermoelectric generators (TEGs) can convert waste heat from
production into electrical power. For emerging devices like thermally integrated energy …

In this study, the temperature field distribution and thermoelectric conversion efficiency of
annular thermoelectric (TE) generators with functionally graded materials (FGMs) are …