This paper critically reviews the theoretical and experimental literature regarding the
fundamental aspects of flames in nonvolatile solid fuel suspensions. Unlike volatile fuels that …

Over the past two decades percolation theory has been used to explain and model a wide
variety of phenomena that are of industrial and scientific importance. Examples include …

Percolating reaction–diffusion waves in disordered random media are encountered in many
branches of modern science, ranging from physics and biology to material science and …

The critical dimension necessary for a flame to propagate in suspensions of fuel particles in
oxidiser is studied analytically and numerically. Two types of models are considered: First, a …

The presence of temperature nonuniformities across various scales is a common feature of
heterogeneous flames. In fuel-lean combustion of metal-fuel suspensions, the release of …

Thermally dissipated energy from periodic mechanical action can lead to the creation of
areas of intense, localized heating in heterogeneous composite materials, called hot spots …

The effect of disorderness for the propagation of stable combustion waves in a two-
dimensional discrete adiabatic system are studied by considering two systems, namely,(i) …

The characteristic feature of non-volatile solid fuel suspensions is the absence of a
continuous premixed gas flame front. Instead, the reaction is localized to or near the surface …