The use of fossil fuel is expected to increase significantly by midcentury because of the large
rise in the world energy demand despite the effective integration of renewable energies in …

The output power of a Micro-Thermo-Photovoltaic (MTPV) system strongly depends on the
micro-combustor geometry and the micro-flame stability. In this context, numerous numerical …

In this study, effects of fuel composition, swirl number and hydrogen addition on combustion
and emission characteristics of various biogas mixtures were experimentally investigated …

Large eddy simulations (LES) of a hydrogen enriched partially premixed gas turbine
combustor are performed for various operating conditions for examining the fuel condition …

Enhancing the H 2 blending ratio in industrial gas turbines is essential to reduce fossil
energy consumption and achieve carbon neutrality. However, several uncertainties still exist …

The study presents the results of experimental and numerical investigations of oxy-
combustion H 2-enriched-CH 4 diffusion flames in an atmospheric pressure swirl stabilized …

This paper focuses on the experimental and numerical investigation of CH 4/air non-
premixed flame stabilized over a swirler burner with radial fuel injectors. The flame operates …

The explosion characteristics of a hydrogen–propane mixture under different initial
temperatures and at different hydrogen addition, equivalence, and dilution ratios were …

Using porous media in burner combustion systems helps reduce NO x values by providing
more homogeneous flame distribution and lowering local maximum temperature values …

This paper presents the results of experimental studies conducted on premixed CNG/H
2/CO/CO 2 blending synthetic gas flames in a laboratory scale combustor, with particular …