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[[Datei:Bereichsweise_linearisierte_Entnahmefunktion.png|thumb|Areawise linearized withdrawal function]]The simulation of reservoirs is carried out with a newly developed module for the calculation of | [[Datei:Bereichsweise_linearisierte_Entnahmefunktion.png|thumb|Areawise linearized withdrawal function]]The simulation of reservoirs is carried out with a newly developed module for the calculation of storages, whose process functions are to be represented linearly in certain areas. The module is a further development of the approach of Ostrowski (1992)<ref name="Ostrowski_1992">'''Ostrowski, M.''' (1992): A universal module for the simulation of hydrological processes, water and soil, issue 11</ref> and is described in detail in Mehler (2000)<ref name="Mehler_2000">'''Mehler, R. ''' (2000): Mischwasserbehandlung - Verfahren und Modellierung, Mitteilungen des Instituts für Wasserbau und Wasserwirtschaft der TU Darmstadt, Heft 113</ref>. It allows the simultaneous solution of the continuity equation for several processes without complex iterations and is briefly explained below. | ||
For a reservoir whose content depends on several inflow or outflow processes, the continuity equation can be represented as follows: | For a reservoir whose content depends on several inflow or outflow processes, the continuity equation can be represented as follows: |
Version vom 17. November 2020, 16:04 Uhr
The simulation of reservoirs is carried out with a newly developed module for the calculation of storages, whose process functions are to be represented linearly in certain areas. The module is a further development of the approach of Ostrowski (1992)[1] and is described in detail in Mehler (2000)[2]. It allows the simultaneous solution of the continuity equation for several processes without complex iterations and is briefly explained below.
For a reservoir whose content depends on several inflow or outflow processes, the continuity equation can be represented as follows: