Sentence examples for combustion interactions from inspiring English sources

The aim of this study is to investigate oxy-fuel combustion interactions of blended coals under different conditions using a thermo-gravimetric analyzer.

In particular, all the essential features of flow-combustion interactions are retained, namely the effect of flow-induced stretch on the local flame structure and burning rates, and the impact of heat release on flow-field divergence and baroclinic vorticity generation.

The laminar finite-rate model is used to solve the flow-combustion interaction.

The numerical approach uses an implicit compressible gas solver together with a Lagrangian liquid-phase tracking method and the extended coherent flamelet model for turbulence-combustion interaction.

Both turbulence-combustion interaction model and NOx formation model are firstly evaluated by the comparison of experimental data published in open literatures of a lean direct injection (LDI) combustor.

In studies of flamelets in premixed turbulent combustion, the interaction between laminar flames is of great importance.

Results reveal that equivalence ratio oscillation has a significant effect on the strength of combustion-acoustic interactions.

The CFD model provided detail information for the coal particles combustion and radiation interactions phoneme inside the electric-arc furnace.

Subsequent to release from combustion sources, environmental interactions further complicate assessment of the toxicity of combustion products.

The CFD 3D models, instead, are able to solve the chemistry of the combustion process, the interaction between turbulence and flame propagation, the heat exchange with walls and the dissociation and re-association of chemical species.

A detailed description of the interaction is given, showing a global enhancement of combustion due to the interaction with the vortex.