A review of fundamental research in combustion stabilization for hypersonic airbreathing
propulsion is presented. Combustion in high-speed airbreathing propulsion systems …

The stringent emission norms, increasing demands for higher efficient and reliable engine
operation and rapid depletion of petroleum resources, motivated researchers to explore on …

This study compares the performance of a laser ignition system vis-à-vis a conventional
electrical spark ignition system in a constant volume combustion chamber. A custom-built …

In this study, effects of hydrogen addition on combustion and flame propagation
characteristics of methane/air mixtures were investigated in a constant volume combustion …

The most important stages determining the qualitative and quantitative characteristics of a
combustion process are mixture preparation, ignition, combustion itself and pollutant …

A spark ignition strategy in compression ignition has been considered to achieve high
performance of gasoline direct injection engines. The spark ignition energy depends on the …

This paper explores pathways to achieve marine diesel-like, high-efficiency combustion
fueled with propane in a RCEM research engine. Analyzing the novel technique of liquid …

Internal combustion engines have undergone many technological advancements over the
period keeping in mind economic aspects and stringent emission norms in context of global …

In this work we report on the characteristics of a passively Q-switched Nd: YAG/Cr 4+: YAG
laser with four beams, developed for studies on the laser ignition of different combustible …

We demonstrated a flat-convex unstable cavity Nd: YAG/Cr^ 4+: YAG ceramic air-cooled
microchip laser (MCL) generating a record 37.6 and 59.2 MW peak power pulses with an …