The quantitative relationship between average flow velocity and average beeline velocity are discussed based on the fractal geometry theory.
A reason for this could be that the flow velocity profile in the 1,000 μm vessel is shaped differently, as compared with the 2,000 μm vessel, resulting in a larger difference between average flow and maximum flow.
It has a length of 126 km and an average flow rate of, although this varies between the seasons.
Data analysis allowed to identify the daily trend for the wastewater flow, whose coefficients in relation to the average flow (where average flow = 1) vary between 0.25 and 1.50, and for the wastewater temperature in which the coefficients ranging from 0.90 to 1.05.
According to the flow measurements made between 1986 and 2005, the average flow rate of Yeniçıkrı spring is 47 lt/s.
The leak sizes varied between 1% to 40% of the average flow within the network.
Similarly, there was no significant correlation between the other variables included in the statistical analyses (average flow rate, geographic/phylogenetic group and roach density) with Ne(ABC).
Average flow velocity in pipe.
There was no average flow.
