Sentence examples for implemented fluid from inspiring English sources

Implemented fluid properties and other relevant information such oil/water and gas/oil relative permeabilities which required for graph evaluation are demonstrated in Table 2; Figs. 1 and 2. The oil on both sides of the supposed border line is initially considered identical eliminate its influence.

We then implement fluid models in an attempt to reproduce the results of the kinetic model.

Where sufficient information is available, the practicality of devices implementing fluid flows directed in 3D is evaluated and the advantages and limitations of 3D hydrodynamic focusing for the particular application are highlighted.

Solutions exhibit plasma velocities (M= 1) and temperatures fluxes at the plasma wall boundaries that match with boundary conditions usually implemented in fluid codes.

Energy-savings measures have been implemented in fluid milk plants to lower energy costs and the energy-related carbon dioxide (CO2) emissions.

Nayyer (2000) describes pipeline networks as the arteries and veins of the modern civilization, since pipeline networks are implemented in fluid transmission and cooling purposes of either onshore or offshore applications.

An unsteady cavitating flow over a NACA0015 hydrofoil is computed to demonstrate merits of the implemented compressible fluid method to simulate sheet and vapor cavitation including the collapse of a vapor cloud followed by a shock wave formation and propagation.

The 3D model is instead based on the Eulerian Eulerian two-fluid approach, implemented in computational fluid dynamics codes.

According to these two figures, it is clear that both the wetting and non-wetting relative permeability curves associated with these two immiscible floods are not interchangeable; therefore, it is not a valid decision to implement other fluid pairs' relative permeability data for particular displacement processes including CO2 flood.

Adaptive no-slip wall boundary conditions have been implemented to model fluid flow in the microfluidic channel, paying attention to controlling fluid density fluctuations.

The fluid samples are driven away from thermal equilibrium by using a heater directly implemented in the fluid, or a surface heater on a sapphire optical window.