header

Thermoelectric Transport Control with Metamaterial Composites

12 Pages Posted: 12 Nov 2019 First Look: Under Review

See all articles by W. Shi

W. Shi

University of South Florida - Department of Physics

T. Stedman

University of South Florida - Department of Physics

L. M. Woods

University of South Florida - Department of Physics

Abstract

The control of thermal and electric currents is important for many devices and applications. Being able to independently direct the two flows under simultaneous thermal and voltage gradients is, however, difficult when coupling via thermoelectric effects is present in the material. Here we present a general computational scheme for the design of composites whose constituent materials follow a simple circuit theory of in-parallel and in-series connected transport properties capable of enhancing or inhibiting electric and thermal currents in a desired direction. We show that using the geometry of the flow, thermoelectric metamaterials for currents control can be designed using layered-like components. The individual control of the thermoelectrically coupled electric and thermal currents in terms of different flow directions can be significantly optimized by exploring the dissimilarity of the different transport properties of the different layered components.

Keywords: Thermoelectricty, electric and heat currents control, metamaterial composites

Suggested Citation

Shi, W. and Stedman, T. and Woods, L. M., Thermoelectric Transport Control with Metamaterial Composites (November 11, 2019). Available at SSRN: https://ssrn.com/abstract=3485045

W. Shi (Contact Author)

University of South Florida - Department of Physics ( email )

United States

T. Stedman

University of South Florida - Department of Physics

United States

L. M. Woods

University of South Florida - Department of Physics

United States

Here is the Coronavirus
related research on SSRN

Paper statistics

Abstract Views
102
Downloads
15