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The vent area should be equal to a fifth of the floor area.
In most cases, they occur because of changes either in eruptive habit or in location of the principal vent area.
Cooling rate increased with an increase in vent area but the sensitivity of the increase in cooling rate decreased with an increase in vent area.
However, as the enclosure volume gets larger, the required vent area increases.
The vent ratio is defined as vent area per unit of enclosure volume.
All the outcrops occur in areas that are 200 300 m higher than the vent area.
The track direction implies that the droplets came from the vent area.
These are: i) the burning rate, ii) the fraction of vent area occupied by burnt gas (or discharge sub-model), and iii) the vent area model (if cover mechanisms with variable vent areas are utilized).
Total pressure drop was expressed as a function of vent area in the form of a Darcy Forchheimer equation and the results showed that vent area affected both Darcy and Forchheimer terms.
With an increase in vent area up to 7%, there was a reasonable increase in cooling rate; however, further increase in vent area showed a relatively low increase in cooling rate.
The effect of vent area, shape, number and position on airflow and heat transfer characteristics was studied.
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