ISSN 0862-5468 (Print), ISSN 1804-5847 (online)

 Information
Home
Publisher
Publication policy
Editorial board
Editors
Impact factor

Online submission
Author guidelines
Instruction for reviewers
Download instructions
 List of Content
Volume 59, 2015
  - Issue 1
  -
Issue 2
  - Issue 3
  - Issue 4
Volume 58, 2014
  - Issue 1
  -
Issue 2
  - Issue 3
  - Issue 4
Volume 57, 2013
  - Issue 1
  -
Issue 2
  - Issue 3
  - Issue 4
Previous Issues
  - 1995 - 2012

Ceramics-Silikáty 40 (2) 45-49 (1996)


NUMERICAL SIMULATION OF UNSTEADY COLOUR CHANGE IN GLASS MELTING TANK

N. Vanandruel

Melting glass furnace mathematical modelling currently includes coupled simulations of electrical boosting, bubbling, flame radiation, etc... Increasing modelling complexity may also result from consideration of unsteady solutions. Different sources of thermoconvective unsteadiness can be considered: pull modification, time variation of bubbling and/or boosting, shift of the temperature profile or, finally, colour change, this paper will present the numerical solutions to the last unsteady coupled mixing problem.

[Back]

 Webmaster l Journal Contact l Server Statistics l Last updated 11/15/15 l