Sentence examples for maximum free surface from inspiring English sources

The maximum free surface elevation and specific momentum flux sharply decreased from the shoreline to the landward measurement locations, while the cross-shore velocity slowly decreased linearly.

Some parameters consisting of maximum free surface displacement (MFSD), maximum horizontal force exerted on the tank perimeter (MHF), tank perimeter (TP), and total entropy generation (Sgen) were introduced as design criteria for elliptical storage tanks.

When the friction factor decreased by a factor of 10 (from 0.01 to 0.001), the average maximum free surface elevation increased 15%, and the average cross-shore velocity and specific momentum flux increased 95 and 208%, respectively.

For the test section I, the bottom plate inclination influences the maximum free liquid surface height and 4° inclination meets the optimized value.

In addition, the maximum free liquid surface height in the drain tank increases linearly with the increase of flow rate for both test sections while the number of entrance holes has no obvious effect on the maximum free liquid surface height.

The maximum free liquid surface height is simulated to be 269.3 mm for the hot state by the SAS-SST model which is 4.5% higher than that of the cold state.

The experimental results show that the maximum specific momentum flux is overestimated by 60 to 260%, if it is calculated using the each maximum values of the free surface elevation and cross-shore velocity.

Comparisons with experimental measurements show that numerical model can simulate the velocity field, variation of free surface, maximum velocity, Reynolds shear and normal stresses at various stations with reasonable accuracy.

It is shown that the most probable direction of propagation of a vertical internal crack of fixed size is strongly dependent on its location with respect to the axis of maximum normal load and the free surface.

The maximum temperature gradient on the free surface with complete removal of melt in cool thermal discharge systems has a positive influence on energy transfer rate, and hence the application of this concept to design cool thermal discharge systems is technically and economically feasible.

Therefore, at one end of a circular secondary cell dip occurs, whereas on the other end vertical velocity (v > 0) and maximum velocity appear at the free surface.