Translations:Betriebsregeltypen/12/en - Versionsgeschichte

Haghani am 30. August 2021 um 10:46 Uhr

2021-08-30T10:46:03Z

← Nächstältere Version		Version vom 30. August 2021, 12:46 Uhr
Zeile 1:		Zeile 1:
	* Dependency:		* Dependency:
	:The specification of a minimum or maximum discharge is based on requirements downstream of a ~~reservoir~~. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the basic principle to verify outlet elements' physical limits is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since, in reality, it is unlikely that the dimensioning of the outlet elements and the required discharge are conflicting, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.		:The specification of a minimum or maximum discharge is based on requirements downstream of a storage. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the basic principle to verify outlet elements' physical limits is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since, in reality, it is unlikely that the dimensioning of the outlet elements and the required discharge are conflicting, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.

T.Schnellbach am 31. März 2021 um 06:17 Uhr

2021-03-31T06:17:56Z

← Nächstältere Version		Version vom 31. März 2021, 08:17 Uhr
Zeile 1:		Zeile 1:
	* Dependency:		* Dependency:
	:The specification of a minimum or maximum discharge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the basic principle to verify outlet elements' physical limits is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely ~~in reality~~ that the dimensioning of the outlet elements and the required discharge are conflicting, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.		:The specification of a minimum or maximum discharge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the basic principle to verify outlet elements' physical limits is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since, in reality, it is unlikely that the dimensioning of the outlet elements and the required discharge are conflicting, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.

T.Schnellbach am 31. März 2021 um 06:17 Uhr

2021-03-31T06:17:17Z

← Nächstältere Version		Version vom 31. März 2021, 08:17 Uhr
Zeile 1:		Zeile 1:
	* Dependency:		* Dependency:
	:The specification of a minimum or maximum discharge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the basic principle to verify outlet elements' physical limits is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely ~~to happen~~ in ~~practice~~ that the dimensioning of the outlet elements and the required discharge are conflicting, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.		:The specification of a minimum or maximum discharge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the basic principle to verify outlet elements' physical limits is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely in reality that the dimensioning of the outlet elements and the required discharge are conflicting, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.

T.Schnellbach am 31. März 2021 um 06:16 Uhr

2021-03-31T06:16:47Z

← Nächstältere Version		Version vom 31. März 2021, 08:16 Uhr
Zeile 1:		Zeile 1:
	* Dependency:		* Dependency:
	:The specification of a minimum or maximum discharge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the basic principle to verify outlet elements' physical limits is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are ~~contradictory~~, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.		:The specification of a minimum or maximum discharge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the basic principle to verify outlet elements' physical limits is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are conflicting, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.

T.Schnellbach am 31. März 2021 um 06:15 Uhr

2021-03-31T06:15:02Z

← Nächstältere Version		Version vom 31. März 2021, 08:15 Uhr
Zeile 1:		Zeile 1:
	* Dependency:		* Dependency:
	:The specification of a minimum or maximum discharge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the principle ~~of the verification of the~~ physical limits ~~of outlet elements~~ is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are contradictory, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.		:The specification of a minimum or maximum discharge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the basic principle to verify outlet elements' physical limits is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are contradictory, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.

T.Schnellbach am 31. März 2021 um 06:13 Uhr

2021-03-31T06:13:24Z

← Nächstältere Version		Version vom 31. März 2021, 08:13 Uhr
Zeile 1:		Zeile 1:
	* Dependency:		* Dependency:
	:The specification of a minimum or maximum ~~charge~~ is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the principle of the verification of the physical limits of outlet elements is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are contradictory, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.		:The specification of a minimum or maximum discharge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the principle of the verification of the physical limits of outlet elements is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are contradictory, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.

T.Schnellbach am 24. März 2021 um 11:24 Uhr

2021-03-24T11:24:21Z

← Nächstältere Version		Version vom 24. März 2021, 13:24 Uhr
Zeile 1:		Zeile 1:
	* ~~Dependence~~:		* Dependency:
	:The specification of a minimum or maximum charge is based on requirements ~~in the underflow~~ of a reservoir. The ~~maximum~~ discharge is ~~often~~ based on the discharge of a critical, ~~lower lying water~~ cross section. Consequently, a ~~clear~~ hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often ~~certain~~ ratios of MNQ or MQ are used. Independent of ~~the determination of~~ the minimum or maximum discharge~~. However~~, the ~~dependence on~~ the ~~capacity~~ of the ~~discharge~~ elements~~, described above as a principle,~~ is applied. ~~Minimum~~ and maximum discharge can only be discharged if the capacity ~~of the outlets~~ is sufficient at the given pressure ~~head~~. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are contradictory, the reference to the dependence on the storage capacity content is rather theoretical, but necessary ~~for the derivation of~~ general laws.		:The specification of a minimum or maximum charge is based on requirements downstream of a reservoir. The maximal discharge is based on the discharge respective to a critical, downstream cross-section. Consequently, a hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often, ratios of MNQ or MQ are used. Independent of determining the minimum or maximum discharge, the principle of the verification of the physical limits of outlet elements is applied. So, minimum and maximum discharge can only be discharged if the outlet capacity is sufficient at the given pressure level. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are contradictory, the reference to the dependence on the storage capacity content is rather theoretical but necessary to derive general laws.

Ferrao am 25. November 2020 um 15:57 Uhr

2020-11-25T15:57:27Z

← Nächstältere Version		Version vom 25. November 2020, 17:57 Uhr
Zeile 1:		Zeile 1:
	* Dependence:		* Dependence:
	:The specification of a minimum or maximum charge is based on requirements in the underflow of a reservoir. The maximum discharge is often based on the discharge of a critical, lower lying water cross section. Consequently, a clear hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often certain ratios of MNQ or MQ are used. Independent of the determination of the minimum or maximum discharge~~, however~~, the ~~principle of~~ dependence on the capacity of the discharge ~~organs~~, described above as a principle, ~~applies~~. Minimum and maximum discharge can only be discharged if the capacity of the outlets is sufficient at the given pressure head. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are contradictory, the reference to the dependence on the storage capacity content is rather theoretical, but necessary for the derivation of general laws.		:The specification of a minimum or maximum charge is based on requirements in the underflow of a reservoir. The maximum discharge is often based on the discharge of a critical, lower lying water cross section. Consequently, a clear hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often certain ratios of MNQ or MQ are used. Independent of the determination of the minimum or maximum discharge. However, the dependence on the capacity of the discharge elements, described above as a principle, is applied. Minimum and maximum discharge can only be discharged if the capacity of the outlets is sufficient at the given pressure head. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are contradictory, the reference to the dependence on the storage capacity content is rather theoretical, but necessary for the derivation of general laws.

Ferrao: Die Seite wurde neu angelegt: „* Dependence: :The specification of a minimum or maximum charge is based on requirements in the underflow of a reservoir. The maximum discharge is often based…“

2020-11-25T11:03:02Z

Die Seite wurde neu angelegt: „* Dependence: :The specification of a minimum or maximum charge is based on requirements in the underflow of a reservoir. The maximum discharge is often based…“

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* Dependence:
:The specification of a minimum or maximum charge is based on requirements in the underflow of a reservoir. The maximum discharge is often based on the discharge of a critical, lower lying water cross section. Consequently, a clear hydraulic method exists for its determination. In contrast, there is no clear guideline for the minimum discharge. Often certain ratios of MNQ or MQ are used. Independent of the determination of the minimum or maximum discharge, however, the principle of dependence on the capacity of the discharge organs, described above as a principle, applies. Minimum and maximum discharge can only be discharged if the capacity of the outlets is sufficient at the given pressure head. Since it is unlikely to happen in practice that the dimensioning of the outlet elements and the required discharge are contradictory, the reference to the dependence on the storage capacity content is rather theoretical, but necessary for the derivation of general laws.