Hydrogen is one of the most promising renewable energies that has been observing rapid
development over the past years. Recent accidental explosion incidents and the associated …

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 …

Ammonia is an alternative renewable green fuel with significant potential for addressing
climate change concerns. Blending ammonia with methane has emerged as a viable …

A novel planar micro-combustor with four-corner entrances is proposed by considering high
and uniform outer wall temperature distribution used in micro thermo-photovoltaic generator …

Unmanned aerial vehicles (UAV) s have unique requirements that demand engines with
high power-to-weight ratios, fuel efficiency, and reliability. As such, combustion engines …

The micro-combustor is a key component of most combustion-based micro power
generation devices. Porous micro-combustors stand as a potential promising solution able …

This study analyses the influence of swirler vane angle (β) on the combustion characteristics
of premixed lean hydrogen-air flame in a swirl micro-combustor via numerical simulations …

This numerical study investigates the combustion characteristics of premixed methane/air in
micro catalytic combustors, specifically focusing on orthogonal anisotropic walls. A two …

Achieving flame stabilization in micro-combustors presents an extremely challenging task
due to enhanced heat loss resulting from the high surface-to-volume ratio and short …

A novel approach of using thermally orthotropic wall materials to enhance stabilization of
premixed methane/air and propane/air flames in a narrow channel between two parallel …