When two miscible solutions, each containing a reactive species, are put in contact in the
gravity field, local variations in the density due to the reaction can induce convective motion …

To further reduce the combustion instability behavior in high-altitude areas, a synergistic
suppression of buoyancy-driven methane laminar diffusion flame flicker was achieved by …

The velocity fields of the laminar premixed flames with external acoustic excitation are
studied in this work. The velocity fields in both burnt and unburnt regions have been …

In high-altitude areas, suppressing the flicker of methane laminar diffusion flame and
reducing carbon emissions simultaneously is a challenge. This paper proposes a …

This work experimentally investigated the buoyancy induced flame instability of laminar
diffuison flames under different sub-atmospheric pressures (20kPa–100 kPa) in a reduced …

The influence of air co-flow on flickering methane diffusion flame was studied experimentally
using the image processing technique and the proper orthogonal decomposition (POD) …

A numerical investigation of steady laminar premixed propane–air flames is presented. A
three-dimensional simulation has been performed to examine the impact of operating …

Accidental ignition of flammable gases is a critical safety concern in many industrial
applications. Particularly in the aviation industry, the main areas of concern on an aircraft are …

A numerical study on the structure of the laminar premixed flames established on perforated
plate burners is performed. Three dimensional numerical simulations are performed on …

The burning aluminum droplets in composite solid propellants generated from merging and
micro-explosion present complicated oscillations. It is essential to characterize this …