Compartment fires with different ventilation conditions exhibit different dynamical behaviors, ranging from steady fuel-limited fires to unsteady air-limited fires. Numerical simulations are here performed to study compartment fires in a configuration corresponding to a scaled-down model…
Contents
CHAPTER I: INTRODUCTION
1.1 OVERVIEW
1.2 LITERATURE REVIEW
1.3 RESEARCH OBJECTIVE
CHAPTER II: MODEL DESCRIPTION
2.1 FDS COMBUSTION MODEL
2.2 FLAME EXTINCTION MODEL (FLAMMABILITY MODEL)
CHAPTER III: FDS MODELING OF COMPARTMENT FIRES
3.1 EXPERIMENTAL CONFIGURATION
3.2 NUMERICAL CONFIGURATION
CHAPTER IV: SIMULATION RESULTS COMPARED AGAINST EXPERIMENTS– PRESCRIBING MASS LOSS RATE, EXTINCTION MODEL DEACTIVATED
4.1 CASE 1P
4.2 CASE 2P
4.3 CASE 3P
4.4 CASE 4P
CHAPTER IV: SIMULATION RESULTS COMPARED AGAINST EXPERIMENTS– CALCULATING MASS LOSS RATE, EXTINCTION MODEL DEACTIVATED
5.2 CASE 1C
5.2 CASE 2C
5.3 CASE 3C
5.4 CASE 4C
CHAPTER VI. SIMULATION RESULTS COMPARED AGAINST EXPERIMENTS– PRESCRIBING MASS LOSS RATE, WITH EXTINCTION MODEL
6.1 CASE 1P
6.2 CASE 2P
6.3 CASE 3P
6.4 CASE 4P
CHAPTER VII. SIMULATION RESULTS COMPARED AGAINST EXPERIMENTS- CALCULATING MASS LOSS RATE, WITH EXTINCTION MODEL
7.1 CASE 1C
7.2 CASE 2C
7.3 CASE 3C
7.4 CASE 4C
CHAPTER VIII. GRID REFINEMENT EFFECT
CHAPTER IX. CONCLUSION
APPENDIX
REFERENCE
Author: Hu, Zhixin
Source: University of Maryland
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