This paper provides a review of different contributions dedicated thus far to entropy
generation analysis (EGA) in turbulent combustion systems. We account for various …

Currently, alternative fuels, derived from biomass and urban maximize the overall power
output, have been increasingly attracting more attention in the industrial and residential …

The exergy loss in laminar premixed flames of syngas is investigated numerically by
analyzing the local entropy generation. The effects of the change in the H 2 molar ratio in H …

In this study, non-premixed combustion of a traditional fuel-natural gas, and an alternative
fuel-biogas, is simulated in a swirling flow industrial gas turbine combustor geometry which …

A novel method for estimating the non-equilibrium entropy generated in a premixed
stretched methane flame is proposed. Counter-flow premixed methane flames were …

A second law analysis in combustion systems is performed along with an exergy loss study
by quantifying the entropy generation sources using, for the first time, three different …

The performance of porous media micro-burners plays an important role in determining
thermal efficiency and improving our daily life. Nowadays, a lot of scholars are actively …

Transient combustion of a single biomass particle in preheated oxygen and nitrogen
atmospheres with varying concentration of oxygen is investigated numerically. The …

In this paper, a theoretical numerical analysis of the thermodynamics second law in
ammonia/ethylene counter-flow diffusion flames is carried out. The combustion process …

In the present work, a numerical method is used for the simulation of the heat transfer and
entropy generation for the non-premixed combustion of CH 4-air. The standard K-ε model is …