Sentence examples for continuous viscosity from inspiring English sources

For the continuous viscosity case, numerical results indicate second order accuracy for both velocities and pressure.

Contrary to the conventional measuring devices used in the rheology industry, this sensor enables wide-range and continuous viscosity measurements, including liquid to solid material transition.

As we see in the following example, in the degenerate case such a PDE with a smooth boundary condition may not have a continuous viscosity solution.

For any δ>0 small, by Remark 3.6 (ii), ({v^{1}_{0}}, {v^{2}_{0}}) are uniformly continuous viscosity semisolutions of the following PDE: begin{array}rcl@ partial_{t} v + Gleft t, textbf{0}, v, partial_{x} v, partial^{2}_{xx} vright) =0,quad (t,x in D^{varepsilon,delta}_{1}. end{array}.

Note that the path frozen PDE (3) is a local PDE, with the domain Q n induced from the stopping times H n. However, in the degenerate case, the H n used in (Ekren et al. 2016a; 2016b) has very bad regularity, and consequently the PDE (3) in Q n typically does not have a continuous viscosity solution.

The continuous viscosity change of PCgel was measured as a function of time and temperature using an Anton Paar MCR 301 stress-controlled rheometer with a 25 mm cone and plate configuration and a 1° cone angle.

Different combinations of fluids, including ionic liquids, glycerol and silicon oils, lead to large range of continuous fluid viscosity (μc=0.5 1000 mPas) and viscosity ratio (λ=1/270 120), allowing for comprehensive investigation on how fluid viscosity affects droplet formation.

This requires us to establish the value of a number of parameters of which the continuous phase viscosity is the one that defines the baseline viscosity.

The mean drop size increases with increased interfacial tension, continuous phase viscosity and orifice diameter.

In particular, we incorporate spatially continuous variable viscosity and density fields into our model.

The formation of soluble complexes between EW and pectin possibly increased the continuous phase viscosity and enhanced the foam stability by slowing liquid drainage.