AbstractAn explosion fire occurred in a factory plant which three people are killed. A preliminary site survey concluded that a certain concentration of n-Heptane ignited by electrical work and then deflagration happened. To verify the survey conclusions the numerical reconstruction method is used, and the evaporation and distribution of n-Heptane in plant is calculated. The simulation results show that the concentration of n-Heptane is in the range of explosive limit which instructs the numerical reconstruction can give a technical support for disaster investigation
AbstractThe article considers the consequences of a fire on an outside installation of a refinery. T...
Safe design of industrial facilities requires models that can predict the consequences of accidental...
PresentationExisting methods for flame propagation and deflagration to detonation transition (DDT) p...
On 12 August 2015, Tianjin port, Tianjin City, China, a catastrophic explosion of Ruihai Internation...
AbstractBackgroundAs one of the most frequently occurring accidents in a chemical plant, a fire acci...
The International Atomic Energy Agency (IAEA) requires all nuclear power plant operators to identify...
Process safety helps prevent the unexpected and unplanned release of flammable and toxic chemicals, ...
The deflagration-type explosion that occurs inside industrial facilities and military equipment pres...
Aerosols of hydrocarbon/air may be formed on accidental release of product in the chemical and proce...
A case study of multiple massive detonations that occurred in a chemical warehouse is presented. The...
A wide range of equipment (boilers, furnaces, reformers, etc.) in industrial processes use fired com...
This paper describes assumptions and procedures used to perform thermal damage analysis caused by po...
In the case of Liquefied Petroleum Gas (LPG) tank explosion(s), risk impact assessment on the storag...
Background: An ammonia gas explosion poses immediate health hazards such as respiratory tract burns,...
This research seeks to improve the prediction efficiency of gaseous explosions realized by numerical...
AbstractThe article considers the consequences of a fire on an outside installation of a refinery. T...
Safe design of industrial facilities requires models that can predict the consequences of accidental...
PresentationExisting methods for flame propagation and deflagration to detonation transition (DDT) p...
On 12 August 2015, Tianjin port, Tianjin City, China, a catastrophic explosion of Ruihai Internation...
AbstractBackgroundAs one of the most frequently occurring accidents in a chemical plant, a fire acci...
The International Atomic Energy Agency (IAEA) requires all nuclear power plant operators to identify...
Process safety helps prevent the unexpected and unplanned release of flammable and toxic chemicals, ...
The deflagration-type explosion that occurs inside industrial facilities and military equipment pres...
Aerosols of hydrocarbon/air may be formed on accidental release of product in the chemical and proce...
A case study of multiple massive detonations that occurred in a chemical warehouse is presented. The...
A wide range of equipment (boilers, furnaces, reformers, etc.) in industrial processes use fired com...
This paper describes assumptions and procedures used to perform thermal damage analysis caused by po...
In the case of Liquefied Petroleum Gas (LPG) tank explosion(s), risk impact assessment on the storag...
Background: An ammonia gas explosion poses immediate health hazards such as respiratory tract burns,...
This research seeks to improve the prediction efficiency of gaseous explosions realized by numerical...
AbstractThe article considers the consequences of a fire on an outside installation of a refinery. T...
Safe design of industrial facilities requires models that can predict the consequences of accidental...
PresentationExisting methods for flame propagation and deflagration to detonation transition (DDT) p...