This review assesses the feasibility of carbon-free ammonia fuels as an alternative fuel for
gas turbines to alleviate the environmental problems associated with excessive carbon …

Hydrogen is a clean secondary energy source; however, effective hydrogen storage is
demanded as it has a very low volumetric density. Ammonia is promising to store hydrogen …

Wall thermal boundary conditions and turbulent models can affect flow and combustion
simulations but are seldom considered in the turbulent modeling of supersonic combustors …

The intensification of global warming is leading the exploration of low-carbon fuels, with
ammonia emerging as a prominent hydrogen carrier and a research hotspot. This paper …

To reduce climate impact, switching to carbon-free electrofuels is an interesting option to
reduce greenhouse gas emissions from electricity generation. The emission of other …

In this study, we propose an innovative latent space-based machine learning model to
predict coupled flame-flow fields across various combustion states. This model consists of …

This numerical study comparatively investigates a premixed NH 3/O 2 jet flame in hot coflow
(JHC) of H 2 O (steam) versus that of N 2. To differentiate physical and chemical effects of …

With the urgent demand for global carbon neutrality, ammonia is increasingly seen as a
promising alternative to traditional fossil fuels for use in internal combustion engines (ICEs) …

Abstract A turbulent premixed NH 3/H 2/air flame with Damköhler number Da= 0.004 has
been simulated using direct numerical simulations (DNS) with detailed chemistry. The flame …

To investigate the turbulence combustion characteristics of NH3/H2/Air in a multiple direct-
injection combustor, the effects of equivalence ratio and hydrogen mixing ratio on the mixing …