A numerical study was conducted on planar micro combustion chambers with width of 2 mm
to explore the impact of wavy-walls on premixed H 2/air flames and thermal performance …

To enhance H 2-fueled combustion and improve energy efficiency, a micro burner with multi-
cavity is proposed, and experimental and numerical investigations are carefully conducted …

Micro combustor acts as the most important component of the micro thermo photovoltaic
(TPV) system. It is crucial that the design and performance of a micro combustor are …

This paper aims to present modeling results of hydrogen/air combustion in a micro-
cylindrical combustor. Modeling studies were carried out with different turbulence models to …

Premixed H 2/air combustion in the micro-combustor with dual-inlet is investigated. Effects of
the second-inlet settings on the combustion characteristics, thermal performance and …

To improve energy efficiency and electrical power output of H 2-fueled micro-
thermophotovoltaic, burning in combustors with varied porous media (PM) settings is …

In this study, effect of micro combustor geometry on combustion and emission behavior of
premixed hydrogen/air mixtures is numerically investigated. An experimentally tested micro …

An investigation of premixed H 2/air combustion in a nozzle inlet micro tube has been
carried out. The effects of inlet shape on combustion characteristics, flow field, specie …

This book focuses on developing strategies for ultra-lean combustion of natural gas and
hydrogen, and contributes to the research on extending the lean flammability limit of …

The present study investigates the effect of backward facing step in a micro combustor on
blowout limit and outer wall temperature. Effect of equivalence ratio of hydrogen-air mixture …