Sentence examples for cross-section of flow from inspiring English sources

Then the discharge-pressure relationship, manufacturing variation coefficient, average velocity on the cross-section of flow path and the critical Reynolds number for the flow regime transformation within the paths were analyzed in detail.

The left panel shows a cross section of flow and the geometrical parameters of the fluvial channel.

When a source of pollution is transfused into the river, due to molecular motion, turbulence, and non-uniform velocity in cross section of flow, it quickly spreads and covers all around the cross section and moves along the river with the flow (Holzbecher 2012; Chanson 2004).

frac{partial C}{partial t} + ufrac{partial C}{partial x} = D_{text{L}} frac{{partial^{2} C}}{{partial x^{2} }}, (1 where C is the concentration, u is the mean flow velocity, and x is the distance from the place of perfect mixing in the cross section of flow.

It accounts for the fact that transport does not occur evenly throughout a cross section of flow and does not include pore spaces that are not connected.

The electrode activation polarizations and PBI membrane conductivities as functions of operating temperatures are also examined through comparison of modeling results and experimental data from literature. Figure 1 presents a view of the cross-section of a pair of flow channels (fuel and air) in a high-temperature PEM fuel cell.

In the present work a computational fluid dynamics study is performed in curved tubes of circular cross-section of finite pitch under laminar flow conditions to examine the scalar mixing of two miscible fluids using scalar transport technique.

The emphasis of the analysis is placed on the effects of the cross-section of the channel of the anode flow distributor and the porosity of the gas-diffusion layer.

With the liquid flow rate enhanced, cross-section of axial position of the non-uniform distribution of particles decreased and the impact from swirl flow intensified.

The extrusion wheel velocity has negligible effects on the bending shape and cross-section of the sheath product when a long flow passage is used.

The microplasma was applied to inner wall modification of a poly ethylene terephthalate) (PET) capillary with a cross-section of 500×500 μm2 to demonstrate the electro-osmosis flow (EOF) control on the micro-capillary electrophoresis (CE) chips.