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Presentation 4 – CFD as a Tool for Combustion Engineering in the Metals Industry
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Authors: René Hekkens
Summary
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Abstract
Computational Fluid Dynamics (CFD) is now-a-days regarded as an indispensable tool for the analysis of heat and flow related problems.
In practically all branches of engineering CFD is used for product development as well as for the design and optimisation of processes and equipment. CFD provides simulations that can be used for evaluation, critical examination and optimisation during the complete design process. It is particularly suitable to simulate new, ‘thought’ processes and experiments, all at much lower costs and shorter time than is possible by conventional trial-and-error methods and laboratory or pilot experiments.
Although the use of CFD is becoming more and more popular, extreme care must be taken to assess accurately the results of the predictions.
A particular objective of TOTeM20 is to determine what developments have there been since 1998.
Here we should recall Prof. Fred Lockwood’s TOTeM12 – Application of Mathematical Modelling to Full Scale Industrial Processes – Status and need for Sub-Models – Guernsey, October 1998.
The Programmed planned for TOTeM20 is as shown below:
TOTeM 20 – Programme
8:30-9:00 Opening
Objectives of the TOTeM
Frédéric Breussin
9:00-9:30 Presentation 1:
Recent and Forthcoming Developments in CFD
Roman Weber and Marco Mancini
Presented by Roman Weber - TU Claustal
9:30-10:00 Presentation 2:
Mathematical modelling in the power industry
Sauro Pasini and Gaudenzio Mariotti.
Presented by Gaudenzio Mariotti - ENEL
10:00-10:30 Presentation 3
CFD as a tool for combustion engineering in the metals industry
Presented by Rene Hekkens - CORUS
10.30 – 11.00 Refreshment Break
11.00 - 11.30 Presentation 4:
On the predictions of Industrial Combustors by Mathematical Modelling;
A Special Application to Cement Combustion Processes.
Presented by Christine Bertrand - CINAR
11:30 - 12.00 Presentation 5:
CFD-modelling: an industrial tool in the glass melting process
Presented by Adriaan Lankhorst, TNO TPD
12.00 Poster Session including Buffet Lunch
14:00 - 15:30 Forum - Discussion session
15:30 - 16:00 Conclusion and closing
This programme was followed and a strong discussion period followed.
A complete report is in preparation, which will include summaries of the presentations, copies of the actual presentations made (downloadable pdf files constructed form the PowerPoint file used, or a copy of the article on which the presentation was based), a summary of the discussion session and the Chairman's conclusions.
Frédéric BREUSSIN
Delft, The Netherlands, November 2002
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Research: Conference
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Outline
- 01 D121y9 – Summary
- 02 TOTeM20 Cover Page, Preamble and Table of Contents
- 03 TOTeM20 Fourm Discussion and Conclusions
- 04 List of Poster Presentations
- 05 Presentation 3 – Mathematical Modelling in Power Industry – Part 2
- 06 Presentation 3 – Mathematical Modelling in Power Industry – Part 1
- 07 Presentation 1 – Chairman’s Introduction
- 08 Presentation 2 – Recent and Forthcoming Development in CFD
- 09 Presentation 6 – CFD Modelling – An Industrial Tool in the Glass Melting Process
- 10 Presentation 4 – CFD as a Tool for Combustion Engineering in the Metals Industry
- 11 Presentation 5 – On the Prediction of Industrial Combustors by Mathematical Modelling: A Special Application to Cement Combustion Processes
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Hekkens, R. (2002) Presentation 4 – CFD as a Tool for Combustion Engineering in the Metals Industry.