The rapid increase in energy demand and the fast depleting environment stresses the
exploration of renewable and clean energy sources. Both biogas and hydrogen are …

The utilization of renewable gaseous fuels in the diesel engine has gained significant
interest in recent years due to its clean-burning nature and higher availability. In this study …

The effect of porous materials on the explosion characteristics of low ratio
hydrogen/methane mixture in barrier tube was studied. The hydrogen ratio in the mixture is …

Hydrogen addition into biogas can improve the combustion performance. However,
hydrogen addition will also pose higher explosion severity. In order to study the influence of …

The use of biofuels in applications of interest requires knowledge of behavior of their flames
under various working conditions. This paper aims at demonstrating the effect of strain rate …

Unsustainable fossil fuels are mainly used to generate power in compression ignition (CI)
engines in industry now. Due to fossil fuel depletion and potential environmental hazards, it …

In the present work, the effect of porosity and loading height on the performance of the
domestic gas burners, using LPG as fuel, is studied extensively through experimentation …

To improve the explosion suppression efficiency of porous media in natural gas hydrogen-
doped pipelines, this paper designs and builds an experimental platform with dimensions of …

The influence of compression ratio on the characteristics of combustion, emission and
performance in a dual fuelled compression ignition (CI) engine using biogas with diesel as …

This paper presents the computational analysis of flames that are numerically modeled over
heat flux burners at 298 K and 1 bar. ANSYS Fluent® software is used for conducting two …