Explosion venting is a well accepted method for mitigating dust explosions. A number of tests have proven the efficiency of this protection means and a number of correlations have been established on this basis. Although the latter are based on reasonable physical grounds, comparison with realistic experiments shows that the explosion overpressures might be overpredicted but also sometimes underpredicted. Along the last ten years, significant effort has been devoted to try to understand the reasons for this and the initial turbulence of the cloud has been pointed as being a major factor. A technique is proposed to take this into accoun
The use of explosion venting is a widely applied safety measure, mitigating the effects of an intern...
Dust explosion is a constant threat to industries which deal with combustible powders such as pellet...
Results of numerical simulation of the shock wave passing along a dusty layer are presented; the sim...
International audienceThe most commonly used method of protection is explosion venting. In its simpl...
La ricerca riguarda la protezione da un rischio per la sicurezza dei lavoratori delle polveri di ori...
This presentation deals with the reduction of explosion effects in storage vessels like hoppers and ...
Protection against dust explosion hazards is often based on venting. Most design methods, whether co...
Explosion venting is the most frequently used method for mitigating the effects from accidental dust...
National audienceClassical methods for vent sizing are based on experimental correlations coming fro...
Vent devices for gas and dust explosions are often ducted to safety locations by means of relief pip...
Abstract Protectton agamst dust exploston hazards 1s often based on venting Most destgn methods, whe...
none3The mitigation of effects of gas and dust explosions within industrial equipment is effective i...
International audienceSome accidents, such as the explosion of the silo in Blaye in August 1997, rem...
The report is an introduction to vented gas explosions for nonspecialists, particularly designers of...
AbstractDespite a much greater awareness of dust explosion hazards, numerous accidents continue to h...
The use of explosion venting is a widely applied safety measure, mitigating the effects of an intern...
Dust explosion is a constant threat to industries which deal with combustible powders such as pellet...
Results of numerical simulation of the shock wave passing along a dusty layer are presented; the sim...
International audienceThe most commonly used method of protection is explosion venting. In its simpl...
La ricerca riguarda la protezione da un rischio per la sicurezza dei lavoratori delle polveri di ori...
This presentation deals with the reduction of explosion effects in storage vessels like hoppers and ...
Protection against dust explosion hazards is often based on venting. Most design methods, whether co...
Explosion venting is the most frequently used method for mitigating the effects from accidental dust...
National audienceClassical methods for vent sizing are based on experimental correlations coming fro...
Vent devices for gas and dust explosions are often ducted to safety locations by means of relief pip...
Abstract Protectton agamst dust exploston hazards 1s often based on venting Most destgn methods, whe...
none3The mitigation of effects of gas and dust explosions within industrial equipment is effective i...
International audienceSome accidents, such as the explosion of the silo in Blaye in August 1997, rem...
The report is an introduction to vented gas explosions for nonspecialists, particularly designers of...
AbstractDespite a much greater awareness of dust explosion hazards, numerous accidents continue to h...
The use of explosion venting is a widely applied safety measure, mitigating the effects of an intern...
Dust explosion is a constant threat to industries which deal with combustible powders such as pellet...
Results of numerical simulation of the shock wave passing along a dusty layer are presented; the sim...