Publication detail
COMPUTATIONAL AND EXPERIMENTAL MODELLING OF NON-CONVECTIONAL WINDING SLOT COOLING
VLACH, R.
Czech title
Výpočtově-experimentální modelování netradičních metod chlazení vinutí statoru
English title
COMPUTATIONAL AND EXPERIMENTAL MODELLING OF NON-CONVECTIONAL WINDING SLOT COOLING
Type
journal article - other
Language
en
Original abstract
The paper is concerned with computational simulation of stator winding heating of the synchronous machine. Software ANSYS 8.0 was used for computational simulation. Computational model considers heat pipe in the middle of winding slot. The results of computer simulation show the effect of a heat pipe on winding cooling. Other simulations show the effect of direct winding cooling with water. The results of both methods of cooling were compared. Experimental device was created for verification of computational simulations.
Czech abstract
Příspěvek popisuje modelování chlazení statorového vinutí, jednak tepelnou trubici a rovněž pomocí vodního chlazení. Pro verifikaci byl vytvořen experimentální přípravek
English abstract
The paper is concerned with computational simulation of stator winding heating of the synchronous machine. Software ANSYS 8.0 was used for computational simulation. Computational model considers heat pipe in the middle of winding slot. The results of computer simulation show the effect of a heat pipe on winding cooling. Other simulations show the effect of direct winding cooling with water. The results of both methods of cooling were compared. Experimental device was created for verification of computational simulations.
Keywords in English
cooling, heating, heat pipes, electric machines
RIV year
2005
Released
01.01.2005
ISSN
1210-2717
Journal
Inženýrská mechanika - Engineering Mechanics
Volume
2005
Number
12
Pages count
6
BIBTEX
@article{BUT42763,
author="Radek {Vlach},
title="COMPUTATIONAL AND EXPERIMENTAL MODELLING OF NON-CONVECTIONAL WINDING SLOT COOLING",
journal="Inženýrská mechanika - Engineering Mechanics",
year="2005",
volume="2005",
number="12",
month="January",
issn="1210-2717"
}