The flammability limits are essential parameters that reflect the risk of a gas explosion and
are affected by the temperature, pressure, and inert gas. Many industrial processes are run …

This work summarises available measurements of laminar burning velocities in CH4+ H2+
O2+ N2 flames at atmospheric pressure performed using a heat flux method. Hydrogen …

In this work, the flammable range of several hydrocarbons was predicted using a freely-
propagating flame method for pure hydrocarbons and their mixtures, investigating the effects …

Different methods, both experimental and numerical, to determine the flammability limits are
compared and evaluated, exemplified by a determination of the flammability limits of …

Effects of flame stretch on the laminar burning velocities of near-limit fuel-lean methane/air
flames have been studied experimentally using a microgravity environment to minimize the …

This paper presents an investigation of the behavior of rich hydrogen-air flames near the
flammability limit. Ignition processes arc simulated using a computational model which …

A possible method to avoid explosions from occurring inside industrial process plants in
which mixtures of a combustible gas and air are present is working outside the flammable …

The composition flammability limits of freely propagating premixed hydrogen-air and
methane-air flames are investigated. A modified formulation of the plane premixed laminar …

The extended adiabatic flame temperature method aims at predicting the lower flammability
limits of fuel-air-diluent mixtures (including fuel mixtures and diluent mixtures) by …

Many devices used in the chemical or petrochemical industry involve hazards because of
the existence of flammable gases. Thus, the lean and rich flammability limits are very …