Sentence examples for model the burning from inspiring English sources

In order to develop gas turbine combustors for the fuels, development of reaction mechanisms that accurately model the burning velocity and emissions from the flames is important.

For modelling the burning behaviour of New Zealand medium density fibreboard (MDF), thermal physical properties of both virgin and charred material have been experimentally investigated.

Comparison of the model predictions with the burning velocities of ethylene and methane showed the same trends in over- and under-predictions as for methylcyclohexane + air flames.

Using the multizone model, the laminar burning velocity has been found for mixtures of methanol air with initial temperatures of 293.15 and 425 K, initial pressures of 0.5, 1.0, 2.0, and 3.5 bar, and equivalence ratios of 0.8 to 1.6.

This caused the laser to dwell over these parts of the model longer, burning the material and creating the 3D model of the distal tip cell within a surrounding block of material (Fig. 3a-d).

The kinetics-controlled model significantly over-predicts the burning rate and its pressure exponent, depending on the entrainment index.

Predictions of burn rates versus particle size reveal significant deviations from a diffusion controlled burning limit – highlighting the importance of accounting for finite-rate chemistry in modeling the burning of sub-micron aluminum particles.

The burning process model is divided into three regimes, as follows: 1.

The statistical analysis provided a multivariate regression model for the logarithm of the burning rate with a correlation coefficient of 0.93.

A multi-zone flame model is developed to determine the burning behaviors and combustion-wave structures by solving the energy equation in each zone and enforcing the temperature and heat-flux continuities at the interfacial boundaries.

The experimental results agreed reasonably with the model predictions of burning characteristics, burn durations, and flame spread rates.