Andere Kunden interessierten sich auch für
![Modeling of Distillation Column Tray Using CFD Technique]( "Modeling of Distillation Column Tray Using CFD Technique")
Modeling of Distillation Column Tray Using CFD Technique23,99 €![CFD of the AP-Steam Reforming of glycerol in optimizing hydrogen gas]( "CFD of the AP-Steam Reforming of glycerol in optimizing hydrogen gas")
CFD of the AP-Steam Reforming of glycerol in optimizing hydrogen gas36,99 €![Support Vector Machine Aur CFD pipe injection Flow]( "Support Vector Machine Aur CFD pipe injection Flow")
Support Vector Machine Aur CFD pipe injection Flow36,99 €![CFD Simulation of Oilfield Separators]( "CFD Simulation of Oilfield Separators")
CFD Simulation of Oilfield Separators51,99 €![Fluidization and drying of grains in a tapered fluidized bed]( "Fluidization and drying of grains in a tapered fluidized bed")
Fluidization and drying of grains in a tapered fluidized bed26,99 €![CFD Simulation and Optimization]( "CFD Simulation and Optimization")
CFD Simulation and Optimization36,99 €![The purgative fuzzy interface model]( "The purgative fuzzy interface model")
The purgative fuzzy interface model45,99 €
Liquid fuels such as gasoline and kerosene are widely used in transport bureau and because of their flammability always there is a risk of pool fires during their storage and transportation. Also there is very flammable materials like peroxides which are widely used in chemical and petro chemical industries. The potential risk of accidental release of these materials and the hazard of pool fires is always concerned by relative companies and HSE engineers. Thus to minimize the destructive effects of this events one should have a good knowledge of the characteristics of the pool fire of this materials. In order to measure, calculate and develop e ective methods of protection and safety distances experimental studies and CFD simulations of pool fire of two hydrocarbon fuels (i.e. gasoline and kerosene) and a peroxide (TBPB (tert-butyl peroxybenzoate)) were performed.