… is important to achieve a successful in-situ combustion … and thermal processes at the
combustion front is fundamental to … , a pore-scale modelling of the combustion front was employed …

… at the flame front due to increase in temperature and velocity. Also, the pore scale simulation
revealed that the laminarization of flow occurs after flame front in the combustion zone and …

… combustion and leads to a desired combustion front. Heterogeneous coke distribution affects
pore-scale combustion details but not the overall combustion … may influence combustion …

… scale, the mode of combustion wave propagation is quasi-steady whereas at the pore scale
… Different subregions of the flame front propagate with not equal velocity, stand or accelerate …

… ISC at the pore scale: coke formation and combustion. The LB … coke formation and two-step
coke combustion, as well as the … ahead of the combustion front are successfully tracked. The …

… front dynamics at pore scale level is proposed. Results of the experimental and numerical
studies of non-stationary flame front behavior at pore scale are … of the combustion wave can be …

… multiphenomena premixed combustion model proposed by Ulser University, which provided
an effective method to further research the tulip flame formation mechanism, front, pressure …

… At pore scale, the flame front behavior is strongly coupled with local heat flux distribution
and the structure of the solid matrix. The spatial variation of the process parameters at cross …

… is slightly increasing similar to that of the flame front as the combustion wave propagates.
In the following, the flow and thermal non-equilibrium are analyzed at the fixed time of 373 s. …

… the properties of forward combustion fronts propagating at a … combustion [7], to derive
expressions for temperature and concentration profiles and the velocity of the combustion front, …