The field of nitric oxide (NOx) production combined with turbulent flow is a complex issue of
combustion, especially for the different time scales of reactions and flow in numerical …

In this paper, the effect of inlet air swirl number of a Methane-Air Diffusion Flame on dynamic
flow behavior, temperature, and radiation heat flux distribution was investigated using …

The present research aims to assess the potential of hydrogen in the form of a
supplementary fuel to accelerate combustion chemistry and reduce CO emissions of …

This paper presents the effect of swirl number on combustion characteristics such as
temperature, velocity, gas concentrations in a natural gas diffusion flame. Numerial …

This paper deals with the effect of the swirl number (0–0.8) on combustion characteristics of
hydrogen-containing fuel blends in a gas-fired combustor. The present study is a numerical …

The interest in alternative fuels has increased in recent years. Because, the conventional
fuels have the danger of extinction in the near future and these fuels harm the environment …

This study presents a complete experimental campaign and the first three-dimensional
numerical model developed for a high-temperature bread-baking oven. A typical baking …

This article aims at investigating the effect of hydrogen addition on the temperature and
pollutant emissions of turbulent unconfined swirling methane/air flame. A computational …

In the present work, a swirl diffuser with a new design is proposed to be applied in the
ventilation of living rooms, aiming to improve thermal comfort in an occupied area with a …

This paper presents numerical modeling of a turbulent natural gas flow through a non-
premixed industrial burner of a slab reheating furnace. The furnace is equipped with …