With the rapid development of MEMS devices, the power system based on micro scale
combustion has drawn great attention. The thermal performance of micro combustion plays …

A thermoelectric generator (TEG) is a device that directly converts thermal energy into
electrical energy. In practical engineering, the internal material parameters of TEG, such as …

This study proposes an opposed flow porous micro combustor structure that provides stable
combustion in a 2 mm combustion chamber under high inlet power of propane/air. The …

The increasing demand for low-cost, high energy density heat sources has motivated the
development of compact and lightweight combustion-based devices. In this work, we …

Low conversion efficiency of power systems and carbon emission induced climate crisis
boost extensive investigations on waste heat utilization, particularly studies of converting …

Portable power source attracts great interest recently due to the fast development of
electronics. Micro thermoelectric generator (TEG) powered by hydrocarbon fuels is such a …

The current work focuses on finding the optimum electrical load resistance of thermoelectric
generator system. The optimum load resistance and optimum geometric ratio of a …

In this paper, Hybrid thermoelectric generators (HTEG) model was established based on
nonequilibrium thermodynamics and Newton's heat transfer law. Fuzzy theory was used to …

Current combustion-based meso-scale thermoelectric systems generally operate at
stoichiometric ratio, which leads to high emissions. Lean burn is beneficial to the burning of …

Micro combustion-based power systems have garnered significant attention owing to their
high energy density and portability. This work presents a numerical simulation process for …