Mir, A (2019) 3D Dimensional analysis for the effect of real Velocity and outward Velocity of Water in Soil by (SEEPW). Masters thesis, university of zabol.

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3D Dimensional analysis for the effect of real Velocity and.pdf Download (174kB)  Preview 
Abstract
As a result of the change in the velocity, the total energy of the water (the water head) is also determined according to Bernoulli's relation as a speed dependent variable. On the other hand, the speed measured, which is a real speed, is a moderate speed, but the speed obtained through the software is measured in three directions, and is available in a geometric mean method with a measured average velocity. In this dissertation, the threedimensional analysis of the effects of actual velocity coefficients and apparent velocity of water in soil was performed by software (SeepW). This research is based on the data of Razali lands of Hares Technological Development and Development Center in Mazandaran province. The average percentage of actual and apparent speed differences in different aggregates is about 15%. The percentage difference of actual and apparent heads in the suction is 25 cm to 20%. The average percentage difference between the real and apparent head is about 20%. The actual head measured at the suction is larger than the head, and the percentage difference increases with increasing suction. The results of the comparison of the measured values of the apparent and actual hydraulic conductivity show that the difference between the amount of hydraulic conductivity measured and the estimated value by the model has increased. On the other hand, it should be stated that in the sample of the soil tested, The measured hydraulic conductivity is more than simulated
Item Type:  Thesis (Masters) 

Uncontrolled Keywords:  apparent speed, actual velocity, head, apparent velocity of water in the soil 
Subjects:  T Technology > TA Engineering (General). Civil engineering (General) 
Depositing User:  Mrs najmeh khajeh 
Date Deposited:  17 Jun 2019 06:30 
Last Modified:  01 Jan 2023 07:09 
URI:  http://eprints.uoz.ac.ir/id/eprint/2459 
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