Publication detail
Valve exploiting principle of the side-channel turbine
JANDOUREK, P.
Czech title
Ventil na principu vířivé turbíny
English title
Valve exploiting principle of the side-channel turbine
Type
conference paper
Language
en
Original abstract
Reduction valves are the source of hydraulic losses. The aim is to replace them by a side-channel turbine. With that in mind, hydraulic losses can be replaced by a production of electrical energy at comparable characteristics of the valve and the turbine. The basis for the design is loss characteristics of the valve. The aim of this work is study of the turbine with sidechannel turbine. CFD (computational fluid dynamics) simulation is performed and it is compared with the measurement.
Czech abstract
Hydraulické ztráty tak mohou být naopak nahrazeny výrobou elektrické energie při srovnatelných charakteristikách ventilu a turbíny. Základem pro návrh je ztrátová charakteristika ventilu. Cílem této práce je studie řešení turbíny s vířivým oběžným kolem. Je proveden CFD (computational fluid dynamics) výpočet a jeho porovnání s experimentem.
English abstract
Reduction valves are the source of hydraulic losses. The aim is to replace them by a side-channel turbine. With that in mind, hydraulic losses can be replaced by a production of electrical energy at comparable characteristics of the valve and the turbine. The basis for the design is loss characteristics of the valve. The aim of this work is study of the turbine with sidechannel turbine. CFD (computational fluid dynamics) simulation is performed and it is compared with the measurement.
Keywords in Czech
Turbína, Ventil
Keywords in English
Turbine, Regenerative turbine, Turbine with side channel runner, Turbine pump, Peripheral turbine.
RIV year
2014
Released
21.03.2014
Publisher
SCIENCEE Publishing London
Location
London
ISBN
978-0-9928772-0-0
Book
CER Comparative European Research 2014
Pages from–to
105–108
Pages count
4
BIBTEX
@inproceedings{BUT109081,
author="Pavel {Jandourek},
title="Valve exploiting principle of the side-channel turbine",
booktitle="CER Comparative European Research 2014",
year="2014",
month="March",
pages="105--108",
publisher="SCIENCEE Publishing London",
address="London",
isbn="978-0-9928772-0-0"
}