Ammonia (NH 3) energy has emerged as a new international strategy to mitigate climate
change and energy crises because ammonia–hydrogen fuel can effectively overcome the …

Pre-chamber (PC) ignition is a promising lean-burn technology to improve the efficiency of
spark ignition (SI) engines while achieving ultra-low NOx emissions. However, the …

The methanol and turbulent jet ignition (TJI) mode were used simultaneously to improve the
combustion and emission performance of a gasoline rotary engine (RE) in the study. Further …

This work attempted to identify the best strategy for hydrogen internal combustion (IC)
engines. Computational simulations were conducted to evaluate the combustion and …

Natural gas/hydrogen blends (NGHB) fuel is considered as one of the ideal alternative fuels
for the rotary engine (RE), which can effectively reduce the carbon emissions of RE …

This study used both methanol fuel and turbulent jet ignition (TJI) mode to improve the
combustion and emission performance of a gasoline rotary engine (RE). Further, in order to …

The preparation of methanol can first use renewable energy such as solar energy to
produce hydrogen, and then carbon dioxide can be converted into methanol fuel by …

This paper aims to investigate the mechanism of the asymmetric jets of the TJI system. We
analyzed the effects of fuel injection and air flows in pre-chamber and main chamber, initial …

Pre-chamber spark ignition combustion has shown several advantages for its
implementation in engines, mainly related to its capability to achieve stable operation at lean …

Turbulent jet ignition (TJI) effectively achieves lean and stable combustion in hydrogen
engines. However, research on injection strategies for TJI hydrogen engines is still lacking …