Sentence examples for behaviour of a fluid from inspiring English sources

The structures used here have been generated with the aim of isolating certain parameters so their influence on the absorption behaviour of a fluid can be identified.

While the non-linear modelling of sloshing fluid is currently limited to tanks of simple geometries, this paper develops a non-linear multimodal model which describes the sloshing behaviour of a fluid in a flat-bottom tank of arbitrary geometry.

The behaviour of a fluid, which may contain particle suspensions, flowing in micro-dimensional channels is governed by both viscous and surface tension forces as well as high shear rates and geometric effects such as bifurcations, constriction, and high surface-to-volume ratio.

Experimental pressure drop measurements show that the behaviour of a fluid through fixed beds of parallelepipedal particles of low thickness-to-side ratio, such as wood chips used in the paper pulp making industry, is very different from that of the flow through beds packed with spherical particles.

A nonlinear stationary model describing the behaviour of a Bingham fluid is considered in a thin layer in R3.

An artificial neural network (ANN) model for determining the steady-state behaviour of an industrial Fluid Catalytic Cracking (FCC) unit is presented in this paper.

A dynamic model, whose steady-state version has been verified against industrial units in earlier parts of this series, is used to investigate the static and dynamic bifurcation behaviour of an industrial fluid catalytic cracking (FCC) unit.

So, to study the actual behaviour of the fluid in an applied magnetic field, magnetic dichroism measurements were carried out.

For a fixed value of the blockage ratio, the heat transfer is enhanced with the increasing degree of shear-thinning behaviour of the fluid, while an opposite trend was observed in shear-thickening fluids.

Since a solution (biotreated POME) with relatively uniform viscosity was utilized throughout this study, a Newtonian behaviour of the fluid was assumed.

By assuming an isotropic behaviour of the fluid medium we end up with 6 quantities for which we seek additional equations.