The pressure loss (Δp), output power (Q tot) and system efficiency (η MTPV) are the most
important performance parameters of micro combustor for thermophotovoltaic applications …

MILD combustion technology possesses several advantageous characteristics, including its
ability to accommodate a wide range of fuels, achieve high fuel utilization, and effectively …

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

To enhance the hydrogen-fueled micro-combustor's thermal performance for Thermo-
photovoltaic applications, we propose and test a double-channel design featuring Y-shaped …

To ameliorate the thermal performance of micro combustor and expand its potential
applications, a combustor with partially Pt-loaded porous media is constructed. Experiments …

Combustion characteristics of premixed H 2/CH 4/Air in a combustor with dual-inlet are
investigated under various operating conditions. Effects of reactants ratio in the two inlets …

Combustion characteristics and thermal performance of pre-mixed hydrogen/air in micro
tubes for micro-thermophotovoltaic are conducted under various operating conditions. To …

Hydrogen as a renewable clean energy raises industrial safety and environmental issues.
Studying the mechanism of hydrogen explosion in confined space is significant for guiding …

In micro-scale combustion, large heat loss and short residence time can easily lead to flame
instability and even extinction. To enhance heat and mass transfer inside the combustor, a …

In this CFD study conducted with the geometry of a mini gas turbine engine using kerosene
as fuel, colorless distributed combustion conditions were achieved by increasing the N 2 …