Sentence examples for flow in conjunction from inspiring English sources

The free-surface phenomena are modeled using the Navier Stokes equations of incompressible two-fluid flow in conjunction with the level set method.

First-order matched activation energy asymptotics are used to describe the reactive gaseous flow in conjunction with the boundary layer approximation, a one-step large activation energy gaseous reaction, and an infinitely fast (mass-transport-limited) catalytic reaction.

It also yields a good prediction for the slug liquid holdup in gas-liquid slug flow in conjunction with the Barnea-Brauner hypothesis (1985, Int. J. Multiphase Flow11, 43 49).

We find that a discretely conservative staggered finite-difference scheme, adapted from a scheme originally proposed for turbulent incompressible flow, in conjunction with a strongly stable (for non-stochastic PDE) Runge Kutta method performs better for GLMEF than schemes adopted from those proposed previously for the LLNS.

This suggests flow, in conjunction with physical factors such as depth, plays some role in individual location within the river, possibly through their influence on salinity.

(S he also has the opportunity to refer the patient to the ED services since there is a formally regulated patient flow in conjunction with the ED.

The rarity of debris flows, in conjunction with a 3% per year annual decay rate, limits the contribution of wood from debris flows to about 12% of the long-term wood budget.

Despite of several limitations in the use of the present approach for real time applications due to computational costs, this study demonstrates the potentiality of deploying sensitivity analysis and DA methodologies to solve inverse problems for urban flows in conjunction with high-fidelity CFD solvers.

This corresponded to relatively high gas flow rate in conjunction with moderate liquid flow rate, ensuring sufficient catalyst wetting with a thin film to reduce transport resistances.

Adsorptions of metallothioneins (MTs) onto thin mercury films (TMFs) at potentials more negative or positive than the point of zero charge (pzc) of mercury were quantified for the first time, using a novel electrochemical quartz crystal microbalance (EQCM) flow cell in conjunction with a simple flow-injection system (FI-EQCM).

However, the unique topology of the X-type lattice results in successive interruption and redevelopment of flow and thermal boundary layers, flow impingement on upstream surface of each ligament, and stronger flow mixing in conjunction with an enlarged core surface area.