1D Pumps: Difference between revisions

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The performance of pumps is a function of suction head at the inlet and the level of the discharge location. The resultant total head between the water level at the inlet and outlet is what determines the flow rate through the pump. If the suction level is low the pump will need to provide more energy in the form of pressure to maintain the water elevation at the outlet, the opposite is also true if the water depth at the pump inlet is high. <br>
 
[[File:pump_fundamentals_total_head.jpg|thumb|none|500px|www.pumpfundamentals.com]] <br>
 
[[File:pump_fundamentals_total_head.jpg|thumb|none|500px|www.pumpfundamentals.com]] <br>
 
 
That being the case it is important that you consider what total head is required to achieve the modeling objectives and what flow rates you may require. Once you have an idea on any limits in total head you can start to research an appropriate pump and then extract the performance curve that is often incorporated as part of the technical specifications. An example is shown below. <br>
 
[[File:Manufacturer pump curve.JPG|border|600px]] <br>
 
==Creating a TUFLOW pump curve==