Abstract 12 batches of premixed methane-air mixture explosion tests were conducted in a 30
m long testing tube with section dimensions of 0.8 m× 0.8 m to explore the loading …

The pressure history in the explosion syngas/air mixtures with H 2 O addition over a wide
range of equivalence ratios at elevated temperatures was recorded to study the explosion …

Explosions caused by the rapid release of energy from the expansion of burnt gases, along
with an associated pressure rise, in an enclosure can be mitigated by venting. Many …

There is a general lack of information on the effects of full-bore obstacles on combustion in
the literature, these obstacles are prevalent in many applications and knowledge of their …

A series of experiments were conducted in a 10L closed and vented tube with L/D= 10.0,
and effects of initial fuel volume concentration, inert gas dilutions (diluted by N 2 and CO 2) …

The study here presents data from the literature regarding the characteristic parameters of
explosion propagation in gaseous ethane–air mixtures. The maximum explosion pressures …

The maximum rates of pressure rise of propylene–air explosions at various initial pressures
and various fuel/oxygen ratios in three closed vessels (a spherical vessel with central …

Gas explosion accidents under shock wave stimulation cause more severe hazards than
electric spark ignition. To explore the initiation mechanism and explosion characteristics of …

Experiments were conducted in an obstructed 3-m-long duct to investigate the effects of
equivalence ratio, thickness of rupture membrane, and vent area on vented hydrogen–air …

In order to investigate the effects of branch tunnels on explosion propagation, experiments
were performed in five different configuration tunnels (straight configuration and …