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The importance of the GER definition in the analysis of combustion regimes in a closed mechanically ventilated compartment
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Journal Article
The importance of the GER definition in the analysis of combustion regimes in a closed mechanically ventilated compartment
2025
Overview
Buoyant fires with gaseous fuel are discussed in the context of a closed, mechanically ventilated enclosure. Focus is on the ventilation flow rates (admission and extraction) and on the effect of leakages. The impact of the combustion is discussed. Multiple definitions of the global equivalence ratio (GER) are considered and the consequences therefore on the combustion regime is quantified. In the experimental campaign, these regimes varied from steady well-ventilated combustion to rapid extinction. These new results shed light on the fire scenario in a closed, mechanically ventilated enclosure and identify the most complex and critical configurations in terms of risk assessment.
Publisher
IOP Publishing
Subject
