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Software pro matematické modelování požáru

Anotace

Předmět seznamuje se základy matematického modelování požáru v uzavřeném
prostoru. Student se seznámí se základním software pro modelování požáru, naučí
se obsluhovat a používat tento typ software.

Povinná literatura

1. Birk, D.M.: An Introduction to Mathematical Fire Modeling. Lancaster U.S.A.,
Technomic 1991.
2. Karlsson, B. – Quintiere, J.G.: Enclosure Fire Dynamics. London, CRC Press
LLC 2000.
3. Drysdale, D. D.: An Introduction to Fire Dynamics. New York, John Wiley &
Sons 1987.
4. Beyler, C.: Introduction to Fire Modeling. In: DiNenno, P.J., et al.,
Editors, SFPE Handbook of Fire Protection Engineering, 2nd Edition, Chapter 8,
Section 10, 10/82-85.
5. Walton, W.D. – Budnick, E.K.: Deterministic Computer Fire Models. In:
DiNenno, P.J., et al., Editors, SFPE Handbook of Fire Protection Engineering,
2nd Edition, Chapter 8, Section 10, 10/86-92.
6. Budnick, E.K. – Evans, D.D. – Nelson, H.E.: Simplified Calculations for
Enclosure Fires. In: DiNenno, P.J., et al., Editors, SFPE Handbook of Fire
Protection Engineering, 2nd Edition, Chapter 8, Section 10, 10/99-108
7. Nelson, H. E.: Application of Fire Growth Models to Fire Protection
Problems. In: DiNenno, P. J., et al., Editors, SFPE Handbook of Fire Protection
Engineering, 2nd Edition, Chapter 8, Section 10, 10/109-112.
8. Mowrer, F. W.: Integration of Fire Models with the Design Process. In:
DiNenno, P. J., et al., Editors, SFPE Handbook of Fire Protection Engineering,
2nd Edition, Chapter 8, Section 10, 10/113-123.
9. Watts, J. M.: Probabilistic Fire Models. In: DiNenno, P. J., et al.,
Editors, SFPE Handbook of Fire Protection Engineering, 2nd Edition, Chapter 8,
Section 10, 10/93-98.
10. Karlsson, B.: Modeling Fire Growth on Combustible Lining Materials in
Enclosures. Lund, Lund University 1992.
11. Baum, H. R. - McGrattan, K. B. - Rehm, R. G.: Mathematical Modeling and
Computer Simulation of Fire Phenomena. In: Fire Safety Science - Proceedings of
the Fourth International Symposium. Ottawa, Ontario 1994. Str. 185-193.
12. Hušek, R., Lauber, J.: Simulační modely. Praha, SNTL 1987.
13. FIRECALC – Computer Software for the Fire Engineering Professional –
version 2.3. (User’s manual). North Ryde, CSIRO 1993.
14. FIREWIND – Computer Software for the Fire Engineering Professional –
version 3.4. (User’s manual). Wahroonga (Australia), Fire Modeling & Computing
1998.
15. Peacock, R. D. - Forney, G. P. - Reneke, P. - Portier, R. - Jones, W. W.:
CFAST, the Consolidated Model of Fire Growth and Smoke Transport. NIST
Technical Note 1299. Washington, NIST 1993.
16. Peacock, R. D. - Reneke, P. A. - Jones, W. W. - Bukowski, R. W. - Forney,
G. P.: A User’s Guide for FAST: Engineering Tools for Fire Growth and Smoke
Transport. Special Publication 921. Gaithersburg MD, NIST 1997.
17. Portier, R.W. – Reneke, P.A. – Jones, W.W. – Peacock, R.D.: A User’s Guide
for CFAST Version 1.6. NISTIR 4985. Gaithersburg MD, NIST 1992.
18. Jones, W.W. – Fornez, G.P. – Peacock, R.D. – Reneke, P.A.: A technical
Reference for CFAST: An Engineering Tool for Estimating Fire and Smoke
Transport. NIST TN 1431. Gaithersburg MD, NIST 2000.
19. Deal, S.: Technical Reference Guide for FPEtool Version 3.2. NISTIR 5486-1.
Gaithersburg MD, NIST 1995.
20. Davis, W.D.: The Zone model JET: A Model for the Prediction of Detector
Activation and Gas Temperature in the Presence of Smoke Layer. NISTIR 6324.
Gaithersburg MD, NIST 1999.
21. Davis, W.D. – Notarianni, K.A. – Tapper, P.Z.: An Algorithm for Estimating
the Plume Centerline Temperature and Ceiling Jet Temperature in the Presence of
a Hot Upper Layer. NISTIR 6178. Gaithersburg MD, NIST 1998.
22. McGrattan, K.B. – Baum, H.R. – Rehm, R.G. – Hamins, A. – Forney, G.P.: Fire
Dynamics Simulator – Technical Reference Guide. NISTIR 6467. Gaithersburg MD,
NIST 2000.
23. McGrattan, K.B. – Forney, G.P.: Fire Dynamics Simulator – User’s Manual.
NISTIR 6469. Gaithersburg MD, NIST 2000.

Doporučená literatura

K tomuto předmětu nebyla specifikována doporučená literatura.


Jazyk výuky čeština
Kód 547-0058
Zkratka SPMMP
Název předmětu česky Software pro matematické modelování požáru
Název předmětu anglicky Software packages for fire processes mathematical modeling
Garantující katedra zrušeno
Garant předmětu prof. Dr. Ing. Aleš Dudáček