Add to ORKGAn experimental study on acceleration mechanism of flame propagation of propane-air mixture in ducts with obstacles was conducted. The acceleration mechanism of flame propagation is mainly due to the positive feedback of the turbulence region induced by obstacles for combustion process. It can be seen from the experimental results that the maximum explosion pressure can increase by 20%, the maximum rate of pressure rise can increase by 10 times and the flame propagation velocity can increase by 20 times when obstacles are present.EI04394-3971
Some years ago, one of the authors (Proust, 2015) published the conclusions of a rather large experi...
The on-way peak overpressure and flame propagation speed of gas deflagration in the tube with obstac...
It is commonplace in industrial installations to have different piping arrangements for the efficien...
An investigation into influence of obstructions on premixed flame propagation has been carried out i...
To understand the propagation characteristics of methane-air deflagration flames and in an obstacle-...
AbstractBy means of applying self-designed experimental system for flame acceleration, the paper inv...
Results of experimental studies of turbulent flame propagation in obstructed tubes (channels) with d...
Abstract- Experimental studies were carried out to investigate the interactions between the propagat...
This paper is aimed at an experimental investigation on effects of initial pressure on flame propaga...
In many practical situations, a flame may propagate along a pipe, accelerate and perhaps transform i...
Experimental investigations were performed in a top-venting explosion chamber to assess the effects ...
The explosion behavior has been studied experimentally using small scale test vessels. The effects o...
This thesis describes an experimental investigation of flame propagation in a 3.6-meter Flame Accele...
A disc-like gap chamber was developed to investigate the microscale effects on flame propagation cha...
Gas explosions almost always occur in presence of obstacles that disturb the flat flame propagation....
Some years ago, one of the authors (Proust, 2015) published the conclusions of a rather large experi...
The on-way peak overpressure and flame propagation speed of gas deflagration in the tube with obstac...
It is commonplace in industrial installations to have different piping arrangements for the efficien...
An investigation into influence of obstructions on premixed flame propagation has been carried out i...
To understand the propagation characteristics of methane-air deflagration flames and in an obstacle-...
AbstractBy means of applying self-designed experimental system for flame acceleration, the paper inv...
Results of experimental studies of turbulent flame propagation in obstructed tubes (channels) with d...
Abstract- Experimental studies were carried out to investigate the interactions between the propagat...
This paper is aimed at an experimental investigation on effects of initial pressure on flame propaga...
In many practical situations, a flame may propagate along a pipe, accelerate and perhaps transform i...
Experimental investigations were performed in a top-venting explosion chamber to assess the effects ...
The explosion behavior has been studied experimentally using small scale test vessels. The effects o...
This thesis describes an experimental investigation of flame propagation in a 3.6-meter Flame Accele...
A disc-like gap chamber was developed to investigate the microscale effects on flame propagation cha...
Gas explosions almost always occur in presence of obstacles that disturb the flat flame propagation....
Some years ago, one of the authors (Proust, 2015) published the conclusions of a rather large experi...
The on-way peak overpressure and flame propagation speed of gas deflagration in the tube with obstac...
It is commonplace in industrial installations to have different piping arrangements for the efficien...