Publication detail
Influence of Air content on Fluid Celerity in Pipe with and without Rotation
HABÁN, V. POCHYLÝ, F. FOLDYNA, J.
Czech title
Vliv vzduchu na rychlost zvuku v trubici bez rotace a s rotací kapaliny v trubici.
English title
Influence of Air content on Fluid Celerity in Pipe with and without Rotation
Type
conference paper
Language
en
Original abstract
Analytical derivation of liquid celerity influenced by air content and temperature is presented in the paper. Cases of 0% and 100% air content are documented. Resulting function is graphically represented. Further, derivation of fluid celerity in pipe with air concentrated along the axis is presented. This situation is result of pressure decrease caused by fluid rotation.
Czech abstract
V článku je uvedeno analytické odvození rychlosti zvuku kapaliny v závislosti na obsahu vzduchu a teplotě. Jako příklad je řešena závislost pro obsah vzduchu od 0 do 100%. Funkce je znázorněna graficky. Dále je zde uvedeno odvození rychlosti zvuku v trubici, ve které je plyn soustředěn v okolí osy.Tento stav je důsledkem snížení tlaku vlivem rotace kapaliny.
English abstract
Analytical derivation of liquid celerity influenced by air content and temperature is presented in the paper. Cases of 0% and 100% air content are documented. Resulting function is graphically represented. Further, derivation of fluid celerity in pipe with air concentrated along the axis is presented. This situation is result of pressure decrease caused by fluid rotation.
Keywords in English
liquid celerity, air, pulsation,
RIV year
2006
Released
23.11.2006
Publisher
Slovenská technická univerzita
Location
Bratislava
ISBN
80-227-2513-7
Book
Mechanical Engineering 2006
Edition number
1
Pages count
6
BIBTEX
@inproceedings{BUT24319,
author="Vladimír {Habán} and František {Pochylý} and Josef {Foldyna},
title="Influence of Air content on Fluid Celerity in Pipe with and without Rotation",
booktitle="Mechanical Engineering 2006",
year="2006",
month="November",
publisher="Slovenská technická univerzita",
address="Bratislava",
isbn="80-227-2513-7"
}