Suchergebnisse

==Water Resources System, System Load, System Element== …e calculation of hydrological and hydraulic processes. In other words, the system should perform the abstraction and mapping of the spatial and temporal dist

…the storage can be opened by double-clicking on the element symbol in the system plan [[Datei:Systemelement006.png|30px]] or by right-clicking → ''Prop *[[#base-data|base data]]

…river basin, the [[Special:MyLanguage/Begriffsdefinitionen|water resources system]] must be converted into a mathematically usable representation. …ystemelemente|system elements]]. The most important properties of a system element are listed below.

…vital to consider the problem which the model is used for and the existing data basis. …by a suitable [[Special:MyLanguage/Beschreibung der Systemelemente|system element]], e.g. dams by [[Special:MyLanguage/Speicher|storage]], extractions by [[S

…=flow network|hoch=Working steps for model creation|nachher=System element data}} …mer]] und [[Special:MyLanguage/Speicher|storage]] can also add flow to the system: Consumers via the input of punctual contributions, storages via an accordi

…esults for the specific sub-catchment without having to compute the entire system for each calibration run. The downscaling of a grid-based model is explaine # Export the data set to the [[Special:MyLanguage/ASCII-Datensatz|ASCII]] format.

…nguage/Einzugsgebiet|sub-basin]]. In Talsim-NG the selection of the system element for sub-catchments can also vary from sub-catchment to sub-catchment.

# Export the data set to the [[Special:MyLanguage/ASCII-Datensatz|ASCII]] format. …ated. The list should be created in Excel. It must contain all keys of the system elements ([[Special:MyLanguage/Einzugsgebiet|sub-basin]], [[Special:MyLangu

…ation sources, until only one precipitation source can be assigned to each element. …athematical simulation. In the runoff generation phase, the precipitation (system load) is divided into the "effective precipitation" which is transformed in

…n|vorher=Definitions of terms|hoch=Main page#Model setup and usage|nachher=System Delimination}} *[[Special:MyLanguage/Systemabgrenzung|Definition of the Water Resources System]]

…al use of Talsim-NG]] for water management in connection with a monitoring system * Surface flow accumulates from element to element

*[[Special:MyLanguage/Systemabgrenzung|Definition of the Water Resources System]] …e/Unterteilung in Systemelemente|Splitting the Water Resources System into System Elements]]

…ente#Datenblatt der Systemelemente|data sheet]] for each respective system element.

…=flow network|hoch=Working steps for model creation|nachher=System element data}} …mer]] und [[Special:MyLanguage/Speicher|storage]] can also add flow to the system: Consumers via the input of punctual contributions, storages via an accordi

…ente#Datenblatt der Systemelemente|data sheet]] for each respective system element.

…integrated into the [[Special:MyLanguage/Einzugsgebiet|sub-basin]] system element. Basically, all relevant physical processes of water storage and movement… …n approaches are implemented and allow, depending on the given problem and data situation, to choose from simple, strongly abstracted approaches (e.g. disc

…integrated into the [[Special:MyLanguage/Einzugsgebiet|sub-basin]] system element. Basically, all relevant physical processes of water storage and movement… …n approaches are implemented and allow, depending on the given problem and data situation, to choose from simple, strongly abstracted approaches (e.g. disc

…this purpose, the release identifier is attached to the respective system element identifier with an underscore, e.g., T100_QA1.

System Element Data

…ecke|transport reach]]. A water temperature at the outlet of the transport element can be defined so the heat exchange between the water surface and the air… …culation and consequently for the water balance. Water temperatures of the system elements are not simulated.