Download the source code

Written for: Researchers, engineers Book category: Monograph Publication language: English Series: Scientific Computation

4 Aristide Mbiock - Roman Weber Radiation in Enclosures Elliptic Boundary Value Problem   2000. XII, 216 pp. 55 figs., 20 tabs. ISSN 1434-8322; ISBN 3-540-66095-X ; Springer-Verlag Berlin Heidelberg New York DM 98,-

Dear readers,

In response to several requests, which we received during the past months, we are releasing part of the computer code associated to the numerical algorithm described in this textbook. The modules are written in Borland Pascal 7.0.

Modifications Copyright

Please appreciate that we provide you with these modules, free of charge. You have permission granted to copy, modify, and otherwise use the modifications to this code in whatever manner you see fit, with no warranty expressed or implied. Please retain this notice; this is the only restriction.

If you make any changes to the original code and/or modifications put forth by us, please credit yourself so that we are not asked to maintain versions of this modified code that were not developed by us.

We will not provide, with exceptional cases, technical support regarding their use as the associated theory is fully described in the textbook "Radiation in Enclosures - Elliptic Boundary Value Problem" available at Springer-Verlag.

WE GIVE NO WARRANTY, EXPRESSED OR IMPLIED, FOR THE SOFTWARE AND/OR DOCUMENTATION PROVIDED, INCLUDING, WITHOUT LIMITATION, WARRANTY OF MERCHANTABILITY AND WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE.

Please fill out this short form prior to downloading the compressed file (458 KB).

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SERVICE PROVIDER: IFRF

Would you be interested in:

• Getting more information, advice or consultation on modeling or model implementation in a CFD code, which may result from application of the algorithm described in this book.

Please take contact with:

Dr. Aristide Mbiock
International Flame Research Founadation
IFRF NET
P.O.Box 10000 - 3J22
1970 CA IJmuiden
The Netherlands

email: aristide.mbiock@ifrf.net

• Getting a generic computer code for radiation heat exchange calculations, written in Borland Pascal 7.0 for PC platforms (compatible with Free Pascal for Linux, DOS, AmigaOS, OS/2, Win32 platforms, http://www.brain.uni-freiburg.de/~klaus/fpc/fpc.html) , and based on the algorithm described in this book. The program includes nearly 100 detailed modules, each representing a specific case of enclosure geometry and radiation;
   
• Getting a computer program, written in C, for computing the radiative properties and emissivity correlations for H₂O-CO₂-N₂/Air mixtures;
    
• Getting any other equipment for radiative heat transfer measurement (see Research equipment section, temperature and heat flux measurement).

Please take contact with:

Dr. Roman Weber
International Flame Research Founadation
IFRF Research Station b.v.
P.O.Box 10000 - 3G25
1970 CA IJmuiden
The Netherlands

email: roman.weber@ifrf.net