Mentioned in

References in periodicals archive

It can be seen that the numerical and analytical solutions coincide for the Newtonian flow case.

Heuristic Analysis of Viscous Dissipation in Single-Screw Extrusion

These writers suspect the failure of the ARR guidelines arises from their focus on the minor component--debris--rather than the major component--flood water--which, by definition, is more than 60% of a debris-carrying Newtonian flow.

Design for culvert blockage: the ARR 2016 guidelines

In their fluid, or molten state, plastics do not follow normal Newtonian flow behavior and are referred to as pseudo-plastic non-Newtonian.

Designing plastics parts: Are you considering creep? If injection molding means a lot to your business

In our models, the fluid is modelled as constant viscosity and density, Newtonian flow, and the models are assumed, currently, to have rigid walls.

Using fluid dynamics to improve vascular access in haemodialysis

Hill, "Newtonian flow with nonlinear Navier boundary condition," Acta Mechanica, vol.

Transient flows of Newtonian fluid through a rectangular microchannel with slip boundary

Under Newtonian flow, the velocity distribution reflected the difference of the shear strain rate across the channel.

Shear strain analysis in FSS microchannel

In the absence of the porous region, the flow becomes Newtonian flow through infinite parallel plates and two layered flow becomes single layered.

Two phase flow of an incompressible viscous fluid between two semi-infinite parallel plates under transverse magnetic field

The following section provides a brief introduction of the currently adopted model, which is originally for the Newtonian flow. Thereafter, the scale shifts of the dissipation range and of the viscoelastic behavior are considered and the present constitutive equation as well as the k and e equations are then developed.

Proposal of damping function for low-Reynolds-number k-[epsilon] model applicable in prediction of turbulent viscoelastic-fluid flow

[23] indicates that under certain flow conditions, blood flow may exhibit strong deviations from the Newtonian flow behaviour, e.g.

Study of arterial blood flow in stenosed vessel using non-Newtonian couple stress fluid model

Sir Isaac Newton