Sentence examples for evolution of the heat from inspiring English sources

For the conditions investigated, the Lewis and Damköhler numbers are important controlling parameters in the evolution of the heat release rate and radiative losses may be neglected.

The study emphasises on the inherent difficulty of modelling fire dynamics in complex fire scenarios like Dalmarnock, and shows that the accuracy to predict fire growth (i.e. evolution of the heat released rate) is, in general, poor.

The assessment of the operation of the cryoplant mainly requires the knowledge of the evolution of the heat load to the liquid helium (LHe) baths that are used as interfaces/buffers between the magnets cooling loops and the cryoplant itself.

To understand this behavior, CO2 chemiluminescence imaging measurements were made of the spatial and temporal heat release distribution in the combustor, both to characterize the evolution of the heat release distribution during unstable combustion and to characterize the heat release produced by the injection of secondary fuel.

The predictive capability of the (simplified) ANN model is then demonstrated by considering another, independent dataset, not used during the ANN training, and comparing the evolution of the heat load to the LHe bath computed by the ANNs with that obtained from the (detailed) 4C model.

The systematic application of the model is illustrated by considering a two stage crystallization train for Glauber salt recovery from lake brine using experimentally generated data on the evolution of the heat transfer coefficient and on Na2SO4 solubility in the lake brine.

Our analyses suggest an independent evolution of the heat-inducible cytosol-type hsp70s in Paramecium and in its close relative Tetrahymena, as well as within higher eukaryotes.

The acoustic model is then converted into the time domain and combined with the flame describing function to determine the evolutions of the heat release rate disturbances and velocity perturbations within the tube.

A comparison of the proposed model with experiments is reported and a validation for the prediction of microstructural evolution, as well as the evolution of the latent heat and latent heat capacity, is provided.

From the time-dependent temperature field the evolution of the local heat flux is derived numerically.

Statistics for the cases considered show that, while the onset of autoignition may be delayed by turbulence, the eventual evolution of the volumetric heat release rate indicates that turbulence enhances the post-ignition stages.