Translations:Verzweigung/7/en - Versionsgeschichte

Froehlich am 26. November 2020 um 08:37 Uhr

2020-11-26T08:37:23Z

← Nächstältere Version		Version vom 26. November 2020, 10:37 Uhr
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	[[~~Special:MyLanguage/File~~:~~Discharge_division_by_Threshold_Concept~~.png\|thumb\|~~Discharge_division_by_Threshold_Concept~~]]~~Here~~ the second ~~discharge is~~ only ~~activated from a critical~~ inflow ~~Qkrit~~. In the threshold value ~~model~~, the 2nd outlet (e.g. ~~RÜ: outlet channel~~) is only ~~pressurized from~~ a critical inflow Qcrit ~~where~~ the ~~1st outlet (e.g. RÜ: throttle) backs~~ up to the overflow threshold. Since in reality a perfect division of the outflows after reaching the threshold value is usually ~~not possible~~, a ~~total correlation for the structure~~ can also be specified ~~for~~ better ~~recording of the~~ actual conditions.		[[Datei:Abflussaufteilung_nach_Schwellwertkonzept_EN.png\|thumb\|Discharge distribution using a threshold value]]
	[[~~Special:MyLanguage/~~Datei:~~Trennschärfe~~.png\|thumb\| Definition of the ~~parameter Discriminatory Power~~ in Talsim-NG]]		In this case the second outflow only becomes active if the inflow exceeds the threshold of <code>Qcrit</code>. In the threshold value approach, the 2nd outlet (e.g. stormwater overflow) is only activated once a critical inflow <code>Qcrit</code> is exceeded, causing the throttled outflow to back up, reaching the overflow threshold. Since in reality a perfect division of the outflows after reaching the threshold value is usually never achieved, a diversion coefficient can also be specified in order to better represent actual conditions.
	It is defined as: <math>\mbox{~~Total Correlation~~ }= \frac{Q_{ab}(Q_{zu}=5 \cdot Q_{~~krit~~})}{Q_{~~krit~~}}</math>		[[Datei:Trennschärfe_EN.png\|thumb\|Definition of the diversion coefficient in Talsim-NG]]
			It is defined as: <math>\mbox{diversion coefficient}= \frac{Q_{in}(Q_{out}=5 \cdot Q_{crit})}{Q_{crit}}</math>

Ferrao am 13. Oktober 2020 um 14:42 Uhr

2020-10-13T14:42:08Z

← Nächstältere Version		Version vom 13. Oktober 2020, 16:42 Uhr
Zeile 1:		Zeile 1:
	[[Special:MyLanguage/File:Discharge_division_by_Threshold_Concept.png\|thumb\|Discharge_division_by_Threshold_Concept]]Here the second discharge is only activated from a critical inflow Qkrit. In the threshold value model, the 2nd outlet (e.g. RÜ: outlet channel) is only pressurized from a critical inflow Qcrit where the 1st outlet (e.g. RÜ: throttle) backs up to the overflow threshold. Since in reality a perfect division of the outflows after reaching the threshold value is usually not possible, ~~the selectivity~~ for the structure can also be specified for better recording of the actual conditions.		[[Special:MyLanguage/File:Discharge_division_by_Threshold_Concept.png\|thumb\|Discharge_division_by_Threshold_Concept]]Here the second discharge is only activated from a critical inflow Qkrit. In the threshold value model, the 2nd outlet (e.g. RÜ: outlet channel) is only pressurized from a critical inflow Qcrit where the 1st outlet (e.g. RÜ: throttle) backs up to the overflow threshold. Since in reality a perfect division of the outflows after reaching the threshold value is usually not possible, a total correlation for the structure can also be specified for better recording of the actual conditions.
	[[Special:MyLanguage/Datei:Trennschärfe.png\|thumb\| Definition of the parameter Discriminatory Power in Talsim-NG]]		[[Special:MyLanguage/Datei:Trennschärfe.png\|thumb\| Definition of the parameter Discriminatory Power in Talsim-NG]]
	It is defined as: <math>\mbox{~~selectivity~~ }= \frac{Q_{ab}(Q_{zu}=5 \cdot Q_{krit})}{Q_{krit}}</math>		It is defined as: <math>\mbox{Total Correlation }= \frac{Q_{ab}(Q_{zu}=5 \cdot Q_{krit})}{Q_{krit}}</math>

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2020-10-13T14:29:27Z

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[[Special:MyLanguage/File:Discharge_division_by_Threshold_Concept.png|thumb|Discharge_division_by_Threshold_Concept]]Here the second discharge is only activated from a critical inflow Qkrit. In the threshold value model, the 2nd outlet (e.g. RÜ: outlet channel) is only pressurized from a critical inflow Qcrit where the 1st outlet (e.g. RÜ: throttle) backs up to the overflow threshold. Since in reality a perfect division of the outflows after reaching the threshold value is usually not possible, the selectivity for the structure can also be specified for better recording of the actual conditions.
[[Special:MyLanguage/Datei:Trennschärfe.png|thumb| Definition of the parameter Discriminatory Power in Talsim-NG]]
It is defined as: <math>\mbox{selectivity }= \frac{Q_{ab}(Q_{zu}=5 \cdot Q_{krit})}{Q_{krit}}</math>