Sentence examples for drop variation from inspiring English sources

It has been shown to be accurate in temperature field prediction and able to capture trends of pressure drop variation.

The overall pressure drop variation with mirror baffle cut 45° tube orientation and elliptical tube is 35%% lower than the existing shell and tube heat exchanger.

The overall pressure drop variation with mirror baffle cut, 45° tube orientation, and elliptical tubes is 25%% higher than existing shell and tube heat exchanger.

To establish the relationship between the pressure drop variation and the particle dispersion in test section, the histogram of pressure drop fluctuations were also measured and analyzed.

The vector contours in the mathematical model shown in Figs. 23 and 24, for the circular tubes and the elliptical tubes, indicate pressure drop variation in the tube side of the shell and tube heat exchanger.

The fluctuations and dispersion of fluidized solid particles were successfully analyzed by means of the pressure drop variation with time, which was chosen as a state variable, based on the stochastic model.

One of the process variabilities comes from the voltage drop variations in on-chip power distribution networks.

Depending on the properties of the injection system, the continuous supply of the polymer solution may change spontaneously into an oscillating supply resulting in periodic pressure drop variations.

The model predicts good distribution at maximum rates in the operating tower, but finds that at lower rates, where valves open and close, there is an extreme sensitivity of vapor distribution to small pressure drop variations.

He also pointed out that the lateral stress drop variations of subcrustal earthquakes with a focal depth larger than 30 km were likely to be consistent with the coupling properties of the plate interface.

The rational design of filtration process should be based on reliable predictions of the dependence on the effluent concentration and on the pressure drop variations with time for a given set of the operating conditions, i.e. particle concentration and size, filter packing density, size of filter element, gas velocity, etc.