A flamelet description of premixed laminar flames and the relation with flame stretch... The full set of 3D instationary combustion equations is decomposed in three parts: (1) a flow and mixing system without chemical reactions, described by the momentum, enthalpy and element conservation equations, (2) the G-equation for the flame motion and (3) a flamelet system describing the inner flame structure and the local mass burning rate....
Stratified turbulent bunsen flames : flame surface analysis and flame surface density modelling... The remaining challenge is accounting for the large variation in (subfilter) mass burning rate....
Effect of flame thickness variation on the mass burning rate of premixed counterflow flames with an oscillating strain rate... Integral analysis is used to estimate the mass burning rate of the oscillating counterflow flames....
1the mass burning rate of stretched flames with multi-component transport and chemistryABSTRACT- The mass burning rate of stretched flames with multi-species trans-port and chemistry is computed from the quasi-ID flamelet equations for mass, species mass fractions, enthalpy and...
