Sentence examples for behaviour of the solid from inspiring English sources

The Abaqus software was used, and different material models were evaluated with respect to their ability to describe the behaviour of the solid timber beams.

In that sense, a numerical study of the thermal and fluid dynamic behaviour of the water flow and the PCM melting-solidification processes, together with the thermal behaviour of the solid elements of the unit, has been carried out.

In such applications, it will be necessary to ensure that the combustion behaviour of the solid biomass fuels is engineered to match, as far as practical, that of the original plant design.

The mechanical behaviour of the solid dendrites near the liquidus temperature was not available in the literature; therefore, samples were fabricated and compression tested using a Gleeble 3500 thermomechanical simulator.

The capability of the SPH method to model large deformation of the solid materials enables the framework to account for the permeability change due to the dilatant shear behaviour of the solid phase.

Some assumptions such as particle incompressibility and negligible effect of pressure on the solid phase make the model quite appealing from the mathematical point of view, as the systems of equations that characterise the behaviour of the solid and gaseous phases are decoupled.

To prevent pen fouling, ways to reduce the amount of eliminative behaviour on the solid floor area are essential.

Simplified assumptions on the behaviour of the solids, the flows, the physical design of the settler, etc. still leave the fundamental process highly non-linear.

The behaviour of the solids and the photodegradation mechanism was studied as a function of the irradiation light (UV or visible) employed.

Comparison of the behaviour of these solids with the properties of the starting oligomer or even with the linear analogue, shows that a high degree of crosslinking was achieved.

For a number of mixing processes involving heat transfer for solid liquid mixtures, the heat transfer coefficient between solid and liquid is critical in determining process times and overall product characteristics, and is greatly dependent on both rotational and translational behaviours of the solids, which ideally need to be studied simultaneously.