Anthropogenic emissions of non-CO 2 greenhouse gases such as fugitive methane
contribute significantly to global warming. A review of fugitive methane combustion …

An experimental setup combining computer-generated geometries, additive-manufacturing,
a telecentric lens and CH⋆ chemiluminiscence is used to visualize the flame inside an …

This numerical study brings a comparison of a cylindrical porous burner with graded porosity
and a conical porous burner with uniform porosity. Both burners have the same void area …

Based on the classical volume-averaged equations, this work proposes a classification of
porous media combustion in three distinct regimes for increasing interphase heat transfer …

This work proposes new analytical expressions for gaseous flames in inert porous media,
based on the existing modelling strategies. The central hypothesis is that interphase heat …

An experimental setup was developed to investigate the physical characteristics of ceramic
foam, used in reaction layer, on the performance of a porous burner. This premixed burner …

A study of combustion in small-scale superadiabatic burners with a counter-flow heat
exchange segment is presented for a simple two-step chain-branching chemistry model. The …

This work analyzes the superadiabatic temperature for laminar stationary lean premixed
flames within porous inert media. The analysis is based on the excess enthalpy function …

The low velocity filtration combustion of a lean methane/air mixture in the fixed bed reactors
is numerically investigated using the system scale method. The effect of porosity on the …

An axisymmetric two-temperature model for analyzing the synthesis of multiple oxides by the
carbon combustion method is developed. The system of governing equations includes the …