The significant growth of both the global population and economy in recent years has led to
a rise in global energy demand. Fossil fuels have a significant contribution to generating …

E-fuels represent a crucial technology for transitioning to fossil-free energy systems, driven
by the need to eliminate dependence on fossil fuels, which are major environmental …

The present study aims to investigate the catalytic effect of a zinc sulfide-induced copper
composite particles in ammonia decomposition and to analyze the energy and …

This investigation explored maximum hydrogen fuel utilization in a medium-duty, twin-
cylinder engine under low and mid-load conditions (2 and 4 bar BMEP). The impact of …

In the pursuit of global net-zero emissions targets and cleaner combustion technologies,
researchers are increasingly turning to innovative solutions. Ammonia, as a carbon-free fuel …

Methane pyrolysis has recently gained significant attention because of its potential to
produce hydrogen without any CO 2 emissions. Modeling a methane pyrolysis reactor …

This study investigates hydrogen and hydrogen-methane mixtures as alternative fuels for
industrial burners, focusing on combustion dynamics, flame stability, and emissions. CFD …

Spray flows are crucial in a variety of engineering applications across sectors such as
energy and mobility, particularly in enhancing the performance of internal combustion …

This study presents a comprehensive investigation of spherical flame morphology,
propagation, and turbulent burning velocity of H 2/CO 2/air mixtures at wide equivalence …

Hydrogen storage materials are very critical for hydrogen energy utilization. Cubic Mg 2 XH
6 (X= Mn, Fe, Co, Ni) hydrogen storage materials are investigated by first principles …