Design and CFD analysis of submersible pump impeller
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Lieferung aus: Deutschland, Versandkostenfrei.
Von Händler/Antiquariat, AHA-BUCH GmbH [51283250], Einbeck, Germany.
This item is printed on demand - Print on Demand Neuware - When we deal with any mechanical engineering system, it needs great consumption of electricity and in the era of energy crisis, effective use of energy sources is must. Country like China and India are the biggest users of energy sources and mechanical equipment like pump has very wide range of applications in industry as well as domestically. In order to save energy one of the most preferred ways is to improve performance of the device for the same energy consumption. In this work focus is on the impeller of the mixed flow type submersible pump. In order to improve the efficiency of the pump need to work at the design level and find the parameters that affects the design and performance of the pump. Here the design of impeller of the mixed flow type submersible pump with the best efficiency point is compared with the existing impeller layout and it is found that the inlet and exit angle of blade and reducing number of blade have significant improvement on the performance of the pump. This improved design impeller will be checked by CFD analysis with existing impeller with same boundary condition. 52 pp. Englisch.

Lieferung aus: Deutschland, Versandkostenfrei innerhalb von Deutschland.
When we deal with any mechanical engineering system, it needs great consumption of electricity and in the era of energy crisis, effective use of energy sources is must. Country like China and India are the biggest users of energy sources and mechanical equipment like pump has very wide range of applications in industry as well as domestically. In order to save energy one of the most preferred ways is to improve performance of the device for the same energy consumption. In this work focus is on When we deal with any mechanical engineering system, it needs great consumption of electricity and in the era of energy crisis, effective use of energy sources is must. Country like China and India are the biggest users of energy sources and mechanical equipment like pump has very wide range of applications in industry as well as domestically. In order to save energy one of the most preferred ways is to improve performance of the device for the same energy consumption. In this work focus is on the impeller of the mixed flow type submersible pump. In order to improve the efficiency of the pump need to work at the design level and find the parameters that affects the design and performance of the pump. Here the design of impeller of the mixed flow type submersible pump with the best efficiency point is compared with the existing impeller layout and it is found that the inlet and exit angle of blade and reducing number of blade have significant improvement on the performance of the pump. This improved design impeller will be checked by CFD analysis with existing impeller with same boundary condition. Lieferzeit 1-2 Werktage.

Lieferung aus: Schweiz, Lieferzeit: 2 Tage, zzgl. Versandkosten.
When we deal with any mechanical engineering system, it needs great consumption of electricity and in the era of energy crisis, effective use of energy sources is must. Country like China and India are the biggest users of energy sources and mechanical equipment like pump has very wide range of applications in industry as well as domestically. In order to save energy one of the most preferred ways is to improve performance of the device for the same energy consumption. In this work focus is on the impeller of the mixed flow type submersible pump. In order to improve the efficiency of the pump need to work at the design level and find the parameters that affects the design and performance of the pump. Here the design of impeller of the mixed flow type submersible pump with the best efficiency point is compared with the existing impeller layout and it is found that the inlet and exit angle of blade and reducing number of blade have significant improvement on the performance of the pump. This improved design impeller will be checked by CFD analysis with existing impeller with same boundary condition.

Lieferung aus: Deutschland, Versandkostenfrei.
Design and CFD analysis of submersible pump impeller: When we deal with any mechanical engineering system, it needs great consumption of electricity and in the era of energy crisis, effective use of energy sources is must. Country like China and India are the biggest users of energy sources and mechanical equipment like pump has very wide range of applications in industry as well as domestically. In order to save energy one of the most preferred ways is to improve performance of the device for the same energy consumption. In this work focus is on the impeller of the mixed flow type submersible pump. In order to improve the efficiency of the pump need to work at the design level and find the parameters that affects the design and performance of the pump. Here the design of impeller of the mixed flow type submersible pump with the best efficiency point is compared with the existing impeller layout and it is found that the inlet and exit angle of blade and reducing number of blade have significant improvement on the performance of the pump. This improved design impeller will be checked by CFD analysis with existing impeller with same boundary condition. Englisch, Taschenbuch.

Lieferung aus: Vereinigte Staaten von Amerika, Usually ships in 24 hours.
Von Händler/Antiquariat, Amazon.com.
When we deal with any mechanical engineering system, it needs great consumption of electricity and in the era of energy crisis, effective use of energy sources is must. Country like China and India are the biggest users of energy sources and mechanical equipment like pump has very wide range of applications in industry as well as domestically. In order to save energy one of the most preferred ways is to improve performance of the device for the same energy consumption. In this work focus is on the impeller of the mixed flow type submersible pump. In order to improve the efficiency of the pump need to work at the design level and find the parameters that affects the design and performance of the pump. Here the design of impeller of the mixed flow type submersible pump with the best efficiency point is compared with the existing impeller layout and it is found that the inlet and exit angle of blade and reducing number of blade have significant improvement on the performance of the pump. This improved design impeller will be checked by CFD analysis with existing impeller with same boundary condition. Paperback, التسمية: LAP LAMBERT Academic Publishing, LAP LAMBERT Academic Publishing, مجموعة المنتجات: Book, ونشرت: 2016-05-09, تاريخ الإصدار: 2016-05-09, ستوديو: LAP LAMBERT Academic Publishing.

Lieferung aus: Deutschland, Versandkosten, 3659867519.
Design and CFD analysis of impeller of mixed flow type pump of V6 type submersible pump, Design and CFD analysis of impeller of mixed flow type pump of V6 type submersible pump.