Fire Modeling Information

Fire Modeling Information
(References)

Model Type	Document	Title	Description
FDTs	NUREG 1805	Fire Dynamics Tools (FDTs), Quantitative Fire Hazard Analysis Methods for the U.S. Nuclear Regulatory Commission Fire Protection Inspection Program [Draft - need to replace with Final Edition]
FDTs	NUREG 1805 Spread Sheets	See Below
	Nureg-1824/ EPRI 1011999, Vol. 1	Verification and Validation of Selected Fire Models for Nuclear Power Plant Applications, Volume 1, Main Report
FDTs	Nureg-1824/ EPRI 1011999, Vol. 2	Verification and Validation of Selected Fire Models for Nuclear Power Plant Applications, Volume 2, Fire Dynamics Tools (FDT2)
FIVE	Nureg-1824/ EPRI 1011999, Vol. 3	Verification and Validation of Selected Fire Models for Nuclear Power Plant Applications, Volume 3, Fire-Induced Vulnerability Evaluation (FIVE-Rev1)
CFAST	Nureg-1824/ EPRI 1011999, Vol. 4	Verification and Validation of Selected Fire Models for Nuclear Power Plant Applications, Volume 4, Consolidated Fire Growth and Smoke Transport Model (CFAST)
Magic	Nureg-1824/ EPRI 1011999, Vol. 5	Verification and Validation of Selected Fire Models for Nuclear Power Plant Applications, Volume 5, Magic
FDS	Nureg-1824/ EPRI 1011999, Vol. 6	Verification and Validation of Selected Fire Models for Nuclear Power Plant Applications, Volume 6, Fire Dynamics Simulation (FDS)
	Nureg-1824/ EPRI 1011999, Vol. 7	Verification and Validation of Selected Fire Models for Nuclear Power Plant Applications, Volume 7, Experimental Uncertainty
COMPBURN

Fire Dynamics Tools (FDTs) Quantitative Fire Hazard Analysis Methods for the USNRC Fire Protection Inspection Program, November 2004. Guidance for Post-Fire Safe Shutdown Analysis, ML0234305330

NUREG-1805, Final Report

PDF	Excel Spreadsheet (Downloadable)
Introductory Pages (757 KB)
Chapters 1 - 2 (6.89 MB)	Chapter 2.1 Predicting Hot Gas Layer Temperature and Smoke Layer Height in a Room Fire with Natural Ventilation Chapter 2.2 Predicting Hot Gas Layer Temperature in a Room Fire with Forced Ventilation Chapter 2.3 Predicting Hot Gas Layer Temperature in a Room Fire With Door Closed
Chapters 3 - 6 (8.45 MB)	Chapter 3. Estimating Burning Characteristics of Liquid Pool Fire, Heat Release Rate, Burning Duration, and Flame Height Chapter 4. Estimating Wall Fire Flame Height Chapter 5.1 Estimating Radiant Heat Flux from Fire to a Target Fuel at Ground Level under Wind-free Condition Point Source Radiation Model Chapter 5.2 Estimating Radiant Heat Flux from Fire to a Target Fuel at Ground Level in Presence of Wind (Tilted Flame) Solid Flame Radiation Model Chapter 5.3 Estimating Thermal Radiation from Hydrocarbon Fireballs Chapter 6. Estimating the Ignition Time of a Target Fuel Exposed to a Constant Radiative Heat Flux
Chapters 7 - 10 (3.16 MB)	Chapter 7. Estimating the Full-scale Heat Release Rate of a Cable Tray Fire Chapter 8. Estimating Burning Duration of Solid Combustibles Chapter 9. Estimating Centerline Temperature of a Buoyant Fire Plume Chapter 10. Estimating Sprinkler Response Time
Chapters 11 - 13 (5.37 MB)	Chapter 13. Fire Severity Calculations
Chapters 14 - 18 (4.91 MB)	Chapter 14. Estimating Pressure Rise Due to a Fire in a Closed Compartment Chapter 15. Estimating Pressure Increase and Explosive Energy Release Associated with Explosions Chapter 16. Calculating the Rate of Hydrogen Gas Generation In Battery Rooms Chapter 17.1 Estimating Thickness of Fire Protection Spray-applied Coating for Structural Steel Beams (Substitution Correlation) Chapter 17.2 Estimating Fire Resistance Time of Steel Beams Protected by Fire Protection Insulation (Quasi-steady-state Approach) Chapter 17.3 Estimating Fire Resistance Time of Steel Beams Protected By Fire Protection Insulation (Quasi steady-state Approach) Chapter 17.4 Estimating Fire Resistance Time of Unprotected Steel Beams (Quasi-steady-state Approach) Chapter 18. Estimating Visibility Through Smoke
Appendices A - I (2.44 MB)
Appendix J (14.3 MB)

Fire Modeling Presentations, "White Papers", and Other Information

Author	Document Description	Other Information by This Author