A review is conducted of the state of progress in physical modeling and computational
simulations of turbulent flames as pertaining to Type Ia supernovae. The fundamental …

Experiments conducted over the past several decades have shown that the cellular structure
of detonations is responsible for enhancing the detonability of gaseous detonations in the …

This investigation concerns the problem of detonation attenuation in stoichiometric methane-
oxygen and its re-establishment following its interaction with obstacles, using high resolution …

This paper presents numerical simulations of the evolution of premixed flames in channels
with obstacles using the Chemical-Diffusive Model (CDM) coupled to a compressible Navier …

The main objective of this work is to identify the end-gas combustion mode transition under
different initial thermodynamic conditions and to focus on the role of pressure waves in …

A new computational diagnostic method for pressure-induced compressibility is proposed by
projecting its local contribution to the chemical explosive mode (CEM) in the chemical …

This paper presents a way that improves the use of the chemical-diffusive model (CDM) in a
fluid dynamics code to simulate the multidimensional structure of propagating gaseous …

The newly developed self-adaptive turbulence eddy simulation (SATES) method coupled
with three turbulent combustion models, ie, the finite-rate model, eddy-dissipation model …

Interactions of mildly irregular detonation waves with sharp interfaces separating
combustible mixtures from an inert gas were modeled numerically using the compressible …

Shock-flame interactions are fundamental problems in many combustion applications
ranging from flame acceleration to flame control in supersonic propulsion applications. The …