Ammonia-hydrogen blend fuels offer the potential for zero-carbon emissions in internal
combustion (IC) engines. To improve combustion performance, considerable attention has …

In this paper, the evolution of an explosion of hydrogen/ammonia/air flames is studied by
experiments and numerical simulations. A two-dimensional (2D) model is utilized …

In the future, hydrogen will be more frequently injected into natural gas networks for storage
and transportation purposes. A diffusion jet flame forms when gaseous fuel leakage occurs …

To investigate the potential application of phase change materials as H 2 explosion
suppressants, in the present work, the inhibition effect of Na 2 HPO 4· 12H 2 O, K 2 HPO 4 …

To reveal the explosion risk of dimethyl ether-hydrogen blended gas in the process of
hydrogen energy utilization, this paper studies the effects of different hydrogen blended …

Syngas, which is used as both a fuel and a raw material, presents numerous safety risks
during its utilization. In this paper, the effects of H 2/CO ratio (R= 0%, 30%, 50%, 70% and …

In the framework of Global Warming strategies, the safe utilization of carbon dioxide (CO 2)
is an important component of the Carbon Capture, Utilization, and Storage (CCUS) process …

Heat transfer from the walls of engine has a significant role on engine combustion,
performance and emission characteristics. The study objectives to showcase the efficacy of …

Aluminum/methanol nanofluid fuel, as a modified methanol-based fuel, demonstrates
promising application potential. However, the elucidation of its spray explosion disaster's …

Applying renewable hydrogen-ammonia mixed energy, composed of green hydrogen and
green ammonia, in internal combustion engine can help reduce carbon emissions from the …