Achieving a high wall temperature and wide flame stability limit is of extreme significance for
the maximization of power generation in hydrocarbon fuel-driven micro-thermophotovoltaic …

Micro-/meso-scale combustion represents a great potential in generating portable power in
an efficient way. Heat recirculation is regarded as the most important factor that influences …

Heat recirculation is crucial to sustaining and stabilizing flames in micro-combustion in
which a strong thermal coupling between the combustor wall and gas mixture exists through …

In this paper, experimental investigations on micro power generation using thermoelectric
modules installed around a microcombustor are studied. The work is aimed at developing a …

Combustion performance of premixed methane/air with hydrogen addition in a micro-planar
combustor is numerically investigated, aiming to extend the application of various fuels in a …

It is challenging to achieve a large blowout limit for micro-combustors due to the increased
heat loss ratio and reduced residence time. For this, we recently developed a micro …

We recently developed a micro bluff body combustor. Both experimental and numerical
investigations demonstrated that the bluff body can significantly extend the blow-off limit. In …

With respect to micro-thermophotovoltaic (MTPV) system, achieving a higher wall
temperature and wider range of flame stability in micro-combustor is pivotal, which may be …

The effects of hydrogen and carbon monoxide addition on premixed methane/air flame
dynamics in a heated narrow channel are numerically investigated using a time accurate …

Flame stability limits were experimentally investigated for a parallel plate mesoscale
combustor with orthotropic walls. The combustor walls were made of pyrolytic graphite …