Sentence examples for flow dimensions from inspiring English sources

The ground-based approach requires set-up of a camera within sight of the master channel to acquire flow dimensions and velocity.

Although this model has been applied with reasonable success in the analysis of hydraulic tests from boreholes in Karoo aquifers [4], it introduces parameters for which no sound definition exists in the case of non-integer flow dimensions.

In this paper, a comprehensive understanding of "road network capacity dampers" shall be developed in a way that address the traffic engineering parameters (capacity reserves, flow, dimensions), as well as inappropriate land use.

These students also provided evaluations of not only the usefulness, ease of use, and design elements of the game but also their experience with various flow dimensions of the game.

Pumping test data analyzed using a fractional flow model gives sub-spherical flow dimensions of 2.2 2.4 which are interpreted as due to the partially penetrating nature of the pumped borehole.

They are briefly evaluated and classified according to six categories of aquifer type, flow dimension, aquifer domain, stream representation, stream channel geometry, and well type.

By means of a sequential analysis approach, we systematically performed a flow dimension analysis in which straight segments on drawdown-log derivative time series are interpreted as successive, specific and independent flow regimes.

A numerical approach has shown that, when the flow dimension is not radial, using the derivative analysis rather than the conventional Theis and Cooper-Jacob methods helps to estimate much more accurately the hydraulic conductivity of the aquifer.

A method is developed to convert apparent transmissivity and storativity (L4-n/T and S2-n) to conventional transmissivity and storativity (L2/T and dimensionless) for the case where flow dimension, 2 < n < 3.

Zhou et al. [18] formulated the dynamic OD estimation problem as a single level nonlinear optimization model, solved with a relaxation algorithm of the lagrangian extension of the original one, taking into account route choice in order to work in the path- flow dimension.

The flow dimension parameter n, derived from the Generalized Radial Flow model, is a valuable tool to investigate the actual flow regimes that really occur during a pumping test rather than suppose them to be radial, as postulated by the Theis-derived models.