Safety of the hydrogen refueling station under a postulated accident (eg leakage) is of great
importance in hydrogen energy. The predictive CFD tool GASFLOW-MPI is utilized to …

Turbulent combustion evolutions of stoichiometric H 2/CH 4/air mixtures were experimentally
studied within a spherical constant-volume combustion vessel. A series of initial turbulent …

The use of hydrogen enriched fuel blends, eg syngas, offers great potential in the
decarbonisation of gas turbine technologies by substitution and expansion of the lean …

A variety of methods exists for fast and efficient combustion of air-fuel mixtures. In this study,
a microwave subcritical streamer discharge is used to ignite propane-air mixtures at …

The downsized spark ignition (SI) engine is considered as one promising technology to
reduce pollutants and greenhouse gas emissions. By boosting the intake air pressure, this …

This paper presents direct numerical simulations (DNS) of thermodiffusively-unstable lean
premixed hydrogen flames in the canonical turbulent flame-in-a-box configuration. A range …

Combustion is the main parameter that affects efficiency and exhaust gas emissions.
Recently, different studies have been carried out to increase the combustion rates due to the …

Across the world several so-called green propellants for in-space and orbital propulsion are
investigated to replace the highly toxic hydrazine. Aside from green alternatives based on …

When modelling the combustion of hydrogen in such a large domain as a nuclear reactor
containment building, flame wrinkling needs be quantified in the changing conditions of the …

Combustion is the main parameter that affects efficiency and exhaust gas emissions in
internal combustion engines. In this study, the burning speed of gasoline and CNG were …