Purpose The rise in demand and high utilization of fuel causes severe environmental threat
for the nations on the globe. Rapid burning potential of hydrogen produces enormous …

In the present study, firstly, the power production, thermal and exergy efficiencies were
calculated for the simple and recuperative gas turbine cycles at constant power production …

The importance of hydrogen in the effort to decarbonize the power sector has grown
immensely in recent years. Previous studies have investigated the effects of mixing …

This review overviews combustion technologies for reduced emissions and better fuel
economy in the industrial gas turbine. Lean premixed combustion (LPM) technology is …

The main objective of this paper is to perform thermodynamic analysis of a TF33 turbofan
engine fueled by hydrogen as opposed to kerosene. Considering the performance …

Combustors of gas turbine engines have generally the highest irreversibility due to the
combustion process. Therefore, to observe influence of air to fuel ratio (AFR) on combustor …

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 …

Influence of hydrogen addition on appearance of swirling and non-swirling inverse diffusion
flame (IDF) along with emissions characteristics are investigated experimentally. The …

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 …

Lean blowout (LBO) of combustion systems is a concern that can cause costly and time-
intensive reignition of land-based gas turbines and can affect the rate of descent for aircraft …