Translations:Modellkonzept/4/en - Versionsgeschichte

Froehlich am 25. November 2020 um 15:32 Uhr

2020-11-25T15:32:46Z

← Nächstältere Version		Version vom 25. November 2020, 17:32 Uhr
Zeile 1:		Zeile 1:
	If the [[Special:MyLanguage/Beschreibung der Systemelemente\|system elements]] are now arranged in such a way that they reproduce the flow relationships existing in reality, the water resources system is then ready for a mathematical simulation. This process, also known as structural analysis, determines the geographical relationships and interactions. The result of a structural analysis is the ~~system logic~~. The interaction between elements takes place via the load and the element outlet, ~~whereby~~ the load corresponds ~~in most cases~~ to an inflow and the outlet to an outflow. The outlet of one element may for example correspond to the load of the next element downstream. Almost any water resources system can be simulated by using different arrangements of the elements.		If the [[Special:MyLanguage/Beschreibung der Systemelemente\|system elements]] are now arranged in such a way that they reproduce the flow relationships existing in reality, the water resources system is then ready for a mathematical simulation. This process, also known as structural analysis, determines the geographical relationships and interactions. The result of a structural analysis is the flow network. The interaction between elements takes place via the load and the element outlet, where in most cases, the load corresponds to an inflow and the outlet to an outflow. The outlet of one element may for example correspond to the load (inflow) of the next element downstream. Almost any water resources system can be simulated by using different arrangements of the elements.

Froehlich am 22. September 2020 um 15:16 Uhr

2020-09-22T15:16:14Z

← Nächstältere Version		Version vom 22. September 2020, 17:16 Uhr
Zeile 1:		Zeile 1:
	If the [[Special:MyLanguage/Beschreibung der Systemelemente\|system elements]] are now arranged in such a way that they reproduce the flow relationships existing in reality, the ~~real~~ water ~~management structure~~ is ~~prepared~~ for a mathematical simulation. This process, also known as structural analysis, determines the geographical relationships and interactions. The result of a structural analysis is the system logic. The interaction between ~~several~~ elements takes place via the load and the element outlet, whereby the load corresponds in most cases to an inflow and the outlet to an outflow. The outlet of one element ~~corresponds~~ to the load of the next element ~~below~~. Almost any water ~~management~~ system ~~structures~~ can be simulated by different arrangements of the elements.		If the [[Special:MyLanguage/Beschreibung der Systemelemente\|system elements]] are now arranged in such a way that they reproduce the flow relationships existing in reality, the water resources system is then ready for a mathematical simulation. This process, also known as structural analysis, determines the geographical relationships and interactions. The result of a structural analysis is the system logic. The interaction between elements takes place via the load and the element outlet, whereby the load corresponds in most cases to an inflow and the outlet to an outflow. The outlet of one element may for example correspond to the load of the next element downstream. Almost any water resources system can be simulated by using different arrangements of the elements.

Ferrao am 22. September 2020 um 13:14 Uhr

2020-09-22T13:14:35Z

← Nächstältere Version		Version vom 22. September 2020, 15:14 Uhr
Zeile 1:		Zeile 1:
	If the [[Special:MyLanguage/Beschreibung der Systemelemente\|~~System Elements~~]] are now arranged in such a way that they reproduce the flow relationships existing in reality, the real water management structure is prepared for a mathematical simulation. This process, also known as structural analysis, determines the geographical relationships and interactions. The result of a structural analysis is the system logic. The interaction between several elements takes place via the load and the element outlet, whereby the load corresponds in most cases to an inflow and the outlet to an outflow. The outlet of one element corresponds to the load of the next element below. Almost any water management system structures can be simulated by different arrangements of the elements.		If the [[Special:MyLanguage/Beschreibung der Systemelemente\|system elements]] are now arranged in such a way that they reproduce the flow relationships existing in reality, the real water management structure is prepared for a mathematical simulation. This process, also known as structural analysis, determines the geographical relationships and interactions. The result of a structural analysis is the system logic. The interaction between several elements takes place via the load and the element outlet, whereby the load corresponds in most cases to an inflow and the outlet to an outflow. The outlet of one element corresponds to the load of the next element below. Almost any water management system structures can be simulated by different arrangements of the elements.

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2020-09-22T08:38:52Z

Die Seite wurde neu angelegt: „If the System Elements are now arranged in such a way that they reproduce the flow relationships existin…“

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If the [[Special:MyLanguage/Beschreibung der Systemelemente|System Elements]] are now arranged in such a way that they reproduce the flow relationships existing in reality, the real water management structure is prepared for a mathematical simulation. This process, also known as structural analysis, determines the geographical relationships and interactions. The result of a structural analysis is the system logic. The interaction between several elements takes place via the load and the element outlet, whereby the load corresponds in most cases to an inflow and the outlet to an outflow. The outlet of one element corresponds to the load of the next element below. Almost any water management system structures can be simulated by different arrangements of the elements.