The thermal resistances on the cold and hot sides substantially affect the output
characteristics of thermoelectric devices. A dimensionless mathematical model of a …

Real operating conditions of a thermoelectric cooling device are in the presence of thermal
resistances between thermoelectric material and a heat medium or cooling object. They limit …

It is necessary to take into account the thermal resistances of structural components located
between a material and a heat emitting medium (on the cold side) and between a material …

Energy balance equation and the boundary conditions to it are obtained in the general case.
It is shown that only two sources of heat occur. There are the Joule source of heat and the …

The highest coefficient of performance of a thermoelectric cooling unit is reached when the
size of the unit becomes infinite. Economy of material, however, usually requires that the …

A mathematical model has been proposed for analyzing and optimizing thermoelectric
cooling regimes for heat-loaded elements of engineering and electronic devices. The model …

The present study proposes a unified numerical approach to the problem of optimum design
of the thermoelectric devices for cooling electronic components. The standard mathematical …

This paper presents the theoretical development of the equations that allow to evaluate the
performance of an air conditioning system based on the thermoelectric effect. The cooling …

The results of calculating various design versions of thermoelectric modules of increased
cooling capacity are presented, optimal ways of increasing cooling capacity are determined.

The present study proposes a unified numerical approach to the problem of optimum design
of the thermoelectric devices for cooling electronic components. This method is illustrated …