The hybrid mixture of combustible dusts and flammable gases/vapours widely exist in
various industries, including mining, petrochemical, metallurgical, textile and …

The objective of this research is to examine the safety-related characteristics of candidate
hydrogen storage materials being considered for use in light-duty fuel-cell vehicles (LD …

The maximum rate of pressure rise (dp/dt) max and the corresponding K-value of hybrid
mixtures containing flammable gases and dusts are important for constructive explosion …

As a result of their intrinsic compl5exity and their severe consequences, the study of hybrid
mixture explosions requires the consideration of several additional factors and parameters …

Lower explosion limits of hybrid fuel mixtures are usually determined through time
consuming and expensive experiments. Although, mathematical expressions like Le …

Understanding flame propagation in dust clouds and hybrid mixtures requires knowledge of
the fundamental combustion processes and their coupling interaction. The objective of this …

Hybrid mixtures of combustible dust and flammable gas represent an enhanced industry
hazard due to increased explosion severity over that for the constituent fuels at their given …

Burning velocity in hybrid mixtures depends on coupling interaction between the gas flame,
particle heating, and particle combustion. The objective of this work is to use computational …

Safety characteristics like the lower explosion limit, the highest concentration for a given
substance mixed with air that does not result in a self-propagating flame, or the maximum …

This study discusses results of an experimental program for determination of dust cloud
combustion parameters of charged and fully discharged states of metastable alane …