Title of article :
On line simulation system for industrial accidents
Author/Authors :
R. Bellasio، نويسنده , , R. Bianconi، نويسنده ,
Issue Information :
ماهنامه با شماره پیاپی سال 2005
Abstract :
Mathematicalmodels are important tools to evaluate the consequences of possible industrial accidents. Thesemodels are often difficult
to apply because they require trained users.Anon line simulation systemwith a graphical user interface has been developed and is installed
as a server-side application on the internet at the web address http://www.enviroware.it. The system currently contains two models;
EXPSYS is suitable to carry out consequence analysis and allows the user to evaluate the area impacted by industrial accidents such as
explosions, fires and releases of toxic or flammable gases. TOXFLAM is an analytic model suitable for simulating the atmospheric
dispersion of gases at air density. Other simulationmodels will be added to the systemin the future, thanks to the modular structure. The
modelling system allows each user to upload her/his own topography files and to georeference them. The topography files are then used
bothduring the input phase, for example to position the sourcebymeans of themouse pointer, and during the output phase for plotting the
concentration fields or the area at risk. Each simulation, composed of input and output data, can be saved in the personal folder of the user.
The simulation data can then be reloaded to viewthe results, or used to start newsimulations and can be removedwhen they are no longer
needed.Asimulationsystembased onthe internet has some advantageswithrespect to single simulationmodels usedoff-line.For example
all the users share a unique simulation tool, they can suggest modifications and improvements are readily available to all. The graphical
user interface created withHTMLmakes themodelsmore friendly and easy to use, and available on any platform, independently fromthe
operating system. Moreover output data can be available, both as ASCII data and directly processed to give a graphical result.
Keywords :
Industrial accidents , on line simulation , Atmospheric dispersion
Journal title :
Environmental Modelling and Software
Journal title :
Environmental Modelling and Software