Translations:Betriebsregeltypen/57/en - Versionsgeschichte

Haghani am 30. August 2021 um 10:47 Uhr

2021-08-30T10:47:13Z

← Nächstältere Version		Version vom 30. August 2021, 12:47 Uhr
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	:[[Datei:Theorie_Abb14.png\|thumb\|left\|Figure 14: Example functions for linking a system state to a discharge]]~~Reservoir~~ B takes 100% of the discharge from A as long as its filling level does not reach 70% of the maximum volume. Furthermore, it is undesirable to receive additional water for flood protection reasons. The scaling factor decreases from 70% filling level to zero. Starting at a filling level above 50% it becomes increasingly easy to transfer water from ~~Reservoir~~ A to ~~reservoir~~ B. The actual transfer, however, only results from the interaction of both functions, taking into account the current filling level of ~~reservoir~~ B and the scaling derived from it.		:[[Datei:Theorie_Abb14.png\|thumb\|left\|Figure 14: Example functions for linking a system state to a discharge]]storage B takes 100% of the discharge from A as long as its filling level does not reach 70% of the maximum volume. Furthermore, it is undesirable to receive additional water for flood protection reasons. The scaling factor decreases from 70% filling level to zero. Starting at a filling level above 50% it becomes increasingly easy to transfer water from Storage A to storage B. The actual transfer, however, only results from the interaction of both functions, taking into account the current filling level of storage B and the scaling derived from it.

T.Schnellbach am 31. März 2021 um 09:39 Uhr

2021-03-31T09:39:33Z

← Nächstältere Version		Version vom 31. März 2021, 11:39 Uhr
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	:[[Datei:Theorie_Abb14.png\|thumb\|left\|Figure 14: Example functions for linking a system state ~~with an release~~]]~~Memory~~ B takes 100% of the ~~output of~~ A as long as its filling does not reach 70% of the maximum ~~content~~. Furthermore, it is undesirable to receive additional water for flood protection reasons. The scaling factor decreases from 70% filling to zero. ~~Storage tank A can transfer water to B with an increasing tendency from~~ a filling level above 50%. The actual transfer, however, only results from the interaction of both functions, taking into account the current ~~tank~~ filling of B and the scaling derived from it.		:[[Datei:Theorie_Abb14.png\|thumb\|left\|Figure 14: Example functions for linking a system state to a discharge]]Reservoir B takes 100% of the discharge from A as long as its filling level does not reach 70% of the maximum volume. Furthermore, it is undesirable to receive additional water for flood protection reasons. The scaling factor decreases from 70% filling level to zero. Starting at a filling level above 50% it becomes increasingly easy to transfer water from Reservoir A to reservoir B. The actual transfer, however, only results from the interaction of both functions, taking into account the current filling level of reservoir B and the scaling derived from it.

Ferrao am 26. November 2020 um 14:34 Uhr

2020-11-26T14:34:58Z

← Nächstältere Version		Version vom 26. November 2020, 16:34 Uhr
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	:[[~~File~~:~~Theory_Abb14~~.png\|thumb\|left\|Figure 14: Example functions for linking a system state with an release]]Memory B takes 100% of the output of A as long as its filling does not reach 70% of the maximum content. Furthermore, it is undesirable to receive additional water for flood protection reasons. The scaling factor decreases from 70% filling to zero. Storage tank A can transfer water to B with an increasing tendency from a filling level above 50%. The actual transfer, however, only results from the interaction of both functions, taking into account the current tank filling of B and the scaling derived from it.		:[[Datei:Theorie_Abb14.png\|thumb\|left\|Figure 14: Example functions for linking a system state with an release]]Memory B takes 100% of the output of A as long as its filling does not reach 70% of the maximum content. Furthermore, it is undesirable to receive additional water for flood protection reasons. The scaling factor decreases from 70% filling to zero. Storage tank A can transfer water to B with an increasing tendency from a filling level above 50%. The actual transfer, however, only results from the interaction of both functions, taking into account the current tank filling of B and the scaling derived from it.

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2020-11-26T14:26:36Z

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:[[File:Theory_Abb14.png|thumb|left|Figure 14: Example functions for linking a system state with an release]]Memory B takes 100% of the output of A as long as its filling does not reach 70% of the maximum content. Furthermore, it is undesirable to receive additional water for flood protection reasons. The scaling factor decreases from 70% filling to zero. Storage tank A can transfer water to B with an increasing tendency from a filling level above 50%. The actual transfer, however, only results from the interaction of both functions, taking into account the current tank filling of B and the scaling derived from it.