Sentence examples for modelling of combustion from inspiring English sources

Although one-dimensional numerical modelling of combustion has been developed, maturing a lot during the last forty years, two-dimensional numerical modelling of combustion, particularly at very small scales has only started in the last decade.

The text gives basic information about fuels, types of burners and their testing and also about modelling of combustion and formation of pollutants, mainly nitrogen oxides.

The correlation is essentially upgraded based on recent advancements in understanding and modelling of combustion phenomena relevant to hydrogen air vented deflagrations and unique large-scale tests carried out by different research groups.

A sample of 1.2 kg Danish wheat straw (Jutland, 1997) prepared for suspension firing in a PF boiler has been analyzed for the purpose of generating size and shape distribution functions applicable to numerical modelling of combustion processes involving biomass, characterised by highly anisotropic shapes.

Mechanism reduction has made the detailed kinetic modeling of combustion problems much easier; it also offers potential improvement of modeling accuracy and flexibility in comparison to global mechanisms.

The control law is synthesized based on a multiple-time-scale model of combustion dynamics.

Laboratory results interpreted and then included in CFD models of combustion operations are necessary.

The effect of various formation steps of NOx in combustion is considered via a phenomenological model of combustion speed.

These input uncertainties propagate through models of combustion devices leading to uncertainties in the prediction of key combustion properties.

The effectiveness of the new approach is demonstrated for a computer-constructed model of combustion of the synthetic jet fuel JP-10.

Two phenomena are considered for the calculation of the oxygen transport through the ITM and for the modeling of combustion of the liquid vapor fuel with O2 on the permeate side of the OTR.