Publication result detail

Nozzle cooling of hot surfaces with various orientations

ONDROUŠKOVÁ, J.; LUKS, T.; HORSKÝ, J.

Original Title

Nozzle cooling of hot surfaces with various orientations

English Title

Nozzle cooling of hot surfaces with various orientations

Type

WoS Article

Original Abstract

The aim of this research is an investigation of hot surface orientation influence on heat transfer during cooling by a nozzle. Two types of nozzles were used for the experiments (air-mist nozzle and hydraulic nozzle). A test plate was cooled in three positions – top, side and bottom position. The aim was to simulate a cooling situation in the secondary zone of a continuous casting machine. Temperature was measured in seven locations under the cooled surface by thermocouples. These data were used for an inverse heat conduction problem and then boundary conditions were computed. These boundary conditions are represented by surface temperature, heat transfer coefficient and heat flux. Results from an inverse calculation were compared in each position of thermocouples separately. The total cooling intensity was specified for all configurations of nozzles and test plate orientation. Results are summarised in a graphical and numerical format.

English abstract

The aim of this research is an investigation of hot surface orientation influence on heat transfer during cooling by a nozzle. Two types of nozzles were used for the experiments (air-mist nozzle and hydraulic nozzle). A test plate was cooled in three positions – top, side and bottom position. The aim was to simulate a cooling situation in the secondary zone of a continuous casting machine. Temperature was measured in seven locations under the cooled surface by thermocouples. These data were used for an inverse heat conduction problem and then boundary conditions were computed. These boundary conditions are represented by surface temperature, heat transfer coefficient and heat flux. Results from an inverse calculation were compared in each position of thermocouples separately. The total cooling intensity was specified for all configurations of nozzles and test plate orientation. Results are summarised in a graphical and numerical format.

Keywords

Cooling, surface orientation, nozzles, inverse heat conduction problem, boundary conditions.

Key words in English

Cooling, surface orientation, nozzles, inverse heat conduction problem, boundary conditions.

Authors

ONDROUŠKOVÁ, J.; LUKS, T.; HORSKÝ, J.

RIV year

2013

Released

16.04.2012

Publisher

EDP Sciences

Location

Francie

ISBN

2100-014X

Periodical

EPJ Web of Conferences

Volume

25

Number

4

State

French Republic

Pages from

1

Pages to

10

Pages count

10

URL

https://www.epj-conferences.org/articles/epjconf/abs/2012/07/epjconf_EFM2011_01063/epjconf_EFM2011_01063.html

Full text in the Digital Library

http://hdl.handle.net/11012/193625

BibTex

@article{BUT93203,
  author="Jana {Ondroušková} and Tomáš {Luks} and Jaroslav {Horský}",
  title="Nozzle cooling of hot surfaces with various orientations",
  journal="EPJ Web of Conferences",
  year="2012",
  volume="25",
  number="4",
  pages="1--10",
  doi="10.1051/epjconf/20122501063",
  issn="2100-014X",
  url="https://www.epj-conferences.org/articles/epjconf/abs/2012/07/epjconf_EFM2011_01063/epjconf_EFM2011_01063.html"
}

Documents

epjconf_EFM2011_01063