Hydrogen as an energy carrier is a very promising alternative fuel in the future. Accidental
hydrogen explosions remain one of the major concerns in hydrogen energy utilization and …

This review is intended to give an overview of recent results on plasma-assisted ignition and
combustion. The influence of electrical discharges on combustion processes is introduced …

The laminar burning velocity of hydrogen–air mixtures was determined from pressure
variations in a windowless explosion vessel. Initially, quiescent hydrogen–air mixtures of an …

The dilution of fuel− air mixtures by exhaust gases (mainly CO2, H2O, and CO) affects the
kinetics of combustion. This dilution is used in gas turbines and flameless combustor to …

Diluting hydrogen flames with steam can increase flame stability and reduce nitrogen oxide
emissions. While the effects of dilution on the flame characteristics due to variations in …

Acetone ignition delay and stretch-free laminar flame speed measurements have been
carried out and a kinetic model has been developed to simulate these and literature data for …

The ignition and combustion of hydrogen in air is considered more hazardous compared to
other fuels due to the lower minimum ignition energy (MIE) and the wider flammability range …

One of the most important parameters describing a combustible mixture is the laminar
burning velocity. The determination of this value forms the basis for the calculation of …

This paper describes the large eddy simulation modelling of unconfined large-scale
explosions. The simulations are compared with the largest hydrogen–air deflagration …

Combustible gases, dusts and their mixtures are widely present in human production and
life, and the fire and explosion disasters caused by them pose a serious threat to the field of …