Fig 6 - uploaded by Anca Constantin
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Water level inside the surge tank, in the case of 3 pumps discharging on a 600 mm pipeline. The pumps start one by one. Surge tank diameter D ST =700mm.
Source publication
The surge tanks, assumed to have no hydraulic loss at the bottom connection to the main discharge duct, are the simplest and safest protective device. An important number of pumping stations, part of the Romanian irrigation systems, were conceived with a surge tank mounted by the pump, on the discharge duct, in order to protect the installation fro...
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Citations
... In fluid power, hydraulic is used for the generation, control, and transmission of power by the use of pressurized liquids [9]. Hydraulic topics range through most science and engineering disciplines, and cover concepts such as pipe flow, dam design, fluidics and fluid control circuitry, pumps, turbines, hydropower, computational fluid dynamics, flow measurement, river channel behavior and erosion [10][11][12][13][14]. ...
The Multi Segment function is a mathematical function developed by the author in order to describe the continuity of non derivable linear functions. The form of this function is as its name indicate, it is composed of many linear segments connected together to form a single function. The main goal of developing this function is to be applied in the hydraulic systems and in the design of pipelines for pressurized water supply distributions underground. The Multi segment function is very important in the hydraulic systems in which the pipelines can be run parallel to the earth surface in a way to minimize the depth of the path way of the pipeline under the ground. Moreover, one can get the total length of the pipeline by using a simple formula developed in this paper. This function can be simply programmed using software as Matlab, Microsoft Excel or any other software.
