In this paper, the numerical simulation of a turbulent non-premixed hydrogen (H2) diffusion
flame has been performed in a model combustor. CFD studies using Fluent code were …

This paper presents numerical simulation results from the modelling of a turbulent non-
premixed hydrogen (H2) and hydrogen–hydrocarbon flame with and without radiation …

This study examines hydrogen-enriched kerosene combustion under distributed regime in a
gas turbine combustion chamber. With hydrogen enrichment, it is aimed at increasing …

An experimental and numerical investigation is conducted on the thermo-acoustic stability of
a bluff-body turbulent combustor, considering variations in airflow rate and fuel composition …

The objective of this work is to investigate numerically the turbulent non‐premixed hydrogen
(H2) and hydrogen–hydrocarbon flames in a small burner. Numerical studies using Fluent …

This study discusses oxy-fuel combustion of low-calorific value syngases derived from
Turkish coal. The effect of burner characteristics on combustion behaviours of the low …

Distributed combustion has been a promising combustion technique, for enabling a more
uniform thermal field, resulting in ultra-low pollutant emissions, reduced combustion noise …

This study concentrates on the 3D numerical modelling of combustion of different biogases
in a generated burner and combustor. The main goal of this study is to investigate the …

In this study, a three-dimensional mathematical model designed for integrated staged
combustion chambers used in large-scale coke ovens was created. This model was …

The present work deals with the biogas in a combustor with regard to its combustion features
under differing conditions of H 2 0 content and H 2 S. The content of water (H 2 O) vapour …