… overall combustion intensity, while a random matrix structure may influence combustion
dynamics … a reliable LB model to investigate pore-scale coke combustion, which contributes to …

… the pore scale: coke formation and combustion. The LB model includes thermal expansion
effects and solves the reactive air-coke … Our results captured coke combustion properties and …

… pore structures with various length scales ranging from nanometres to micrometres. This
study focuses on coke combustion during in situ crude oil combustion … of coke combustion …

… of coke combustion in the multiscale matrix-fracture system are not well understood
because of the difficulty of performing pore-resolved simulations. In the present study, a pore-…

… In the present study, a pore-scale modelling of the combustion front was employed based …
to react with the coke at the combustion front. The combustion front propagates through the oil …

… combustion (ISC) is an important thermal recovery technique. Significant open ISC questions
include the effect of coke formation on the pore … physically simulate coke formation similar …

… The purpose of this study is to describe the influence of the coke deposition on the pore …
coke deposition on the pore topology and the permeability during crude oil in-situ combustion…

… [16] indicated that the combustion reactivity of semi-coke lowered with the increase of …
beneficial to the combustion behavior of semi-coke due to the promotion of pore development. …

… The model is applied to the region of lance-blowpipe-tuyere-raceway-coke … combustion
model in the blowpipe-tuyere-raceway-coke bed but also coke combustion model in the coke bed…

… The high-temperature zone of the sintering bed is the crucial area for material change and
structural remodeling, and the heat is provided by coke combustion. Understanding how fuel …